D-diposit.ub.edu/dspace/bitstream/2445/42571/5/05.JAAC_5de5.pdf · (Profesora titular de...

D-

UNIVERSIDAD CENTRAL DE BARCELONA- Facultad de Psicología -

-Divisió de Ciències de la Salut-Departament de Personalitat, Avaluació i Tractament Psicológics-

EL "CONTINUUM DE EFICACIA EN LA RECUPERACIÓN": UN MARCO

INTEGRADOR PARA EL ESTUDIO DE LOS COMPORTAMIENTOS MNEMICOS.

MODELO PREDICTIVO DE LA EFICACIA Y CONTRASTE EXPERIMENTAL EN

PRUEBAS DE RECONOCIMIENTO VERBAL VISUAL. ANÀLISIS DE VARIABLES

DOCTORAL

Directora: Dr. Da María Forns Santacana

(Profesora titular de Psicodiagnóstico)

Autor: José Antonio Aznar Casanova

603

PROGRAMA PRUEBA C

604

£ SEM7 5EMS CLEAS 63199: LOAD "MLS"CODE 63200,173: LOAD "sysS4"CODE 6340

1,1367: LOAD "CONSIGNAS" DATA C S( ) : LOAD "Iten-Cr it* " DATA A$():LOAD "Punter-EÏÏS" DATA PS O: LOAD "" DATA 3$( ï : PSINT USS 23760:CLS : PAUSE .

10 POKE 2?: 53, 8: LPSIMT "??.'!E2A-C : S. S. " : INPUT "MOMBSE: ";N$:INPUT "EDAD: " ; ED

12 LPSINT "SUJETO: ";N$;" ";"EDAD: " ; ED : LPSINT15 LPSINT : LPSINT TAB 2;"Num.";TAB 10;"ENSAYO";TAB 20;"TE1";TA

B 32;"TS2";TAB 47 ;"SESP. ";TAB 57 ;"SOLUC.";TA3 67 ;"I.C."; TAB 75;"PUNTOS": LPSIMT "_

I ": LPSINT20 LET U=3S50: LET K=9700: LET L=9800: LET EE=64: LET PUNT=0: L

ET ST 1=0: LET ST2=0 : DIM Z£(64,5): DIM Uíi64,6): DIM X$(64)100 GO SUB VAL "7000"310 IF EE=0 THEN GO SUB VAL "4000": STOP320 IF EE<=5 THEN GO TO VAL "370"330 RANDOMIZE : LET NEN=lfINT CEND*64)340 IF VAL (?$(NEN))=0 THEN GO TO VAL "310"350 IF VAL (P$(SEN)) = 1 THEN LET EE=EE-1 : GO SUB VAL "500": GO TO VAL "300"370 FOS J=l TO 64330 IF VAL (?$vJ)) = l THEN LET NEN=J: LET J=64: LET EE=EE-1300 NEXT J335 GO SUB VAL "500": GO TO VAL "300"505 LET P£(NEN)="0": LET K¿=""510 LET PE=INT ( (NEN/16)+.33) : LET CB=NEN-( 16*(PE-1 ))520 PAUSE 100: BEEP .5,7: PAUSE 50540 PSINT AT VAL "3",VAL "6";" PREGUNTA: ": PAUSE O570 IF INKEYS=CHS3 (32) THEM CLS : GO TO VAL "576"575 IF INKEYÍOCHK3 (32) THEN GO TO VAL "565"535 PAUSE 100: PEINT AT VAL "5",VAL "S";" HAY ^II

600 PLOT VAL " 1 11 ",VAL "113": DSAU VAL "33",VAL "O": DEAW VAL "O",-24: DSAW -33,VAL "O": DSAU VAL "O",VAL "24"610 PSINT AT VAL "3",VAL "15",C3(NEN)620 PSIMT INK 7;USS 63235630 LET Dl-C IG523CUPEEÜ 63231 m PEEK 63232+2564-PEEK 63233))635 CLS640 PSI650 GO SUB 1ÛCO-KMEN652 IF FLAG-1 THEN IF NEN=65 OS NEN=66 THEN Gu SUB VAL "3S5Û":GO TO VAL "360"G53 IF FLAG=1 THEM IF NEII=67 OS NEN=6o THEN GO SUB VAL "3600":GO TO VAL "560"655 GO 3UL (9<JOO AND CB<=4 ) -r l 0650 AND (CB>4 AND CB<-8 ) ) + ( 0700 AH

605

660 LET SC=CHI$ (USS 6320010-71= T TJ v*;— " M ' 1 T U T T V T -r i > - 7 ^ _ i i q uw

] t _i' -k -. * * - ~~ » I -. * I -u i 4 ¿.i .u .*. Ä \ ~ —- O

S76 IF 5-5= " Z " THEM LET £ $ = " ï l "320 LET D2=((65230*FEEK 6323 !) + ( PEEK 63292+256*PEEK 63293))631 17 S3="S" THEN IF NEN=67 OS NEN=63 THEM LET NUM=1: GO TO 695633 IF ?.e="5" THEM I? NSM=S5 OS NEN=66 THEM GO SUB VAL "300":INPUT "C'JAL ^:";NUM: CL3 : PAUSE 1: GO TO VAL "095"684 IF SS="S" THEM IF CB> = 1 AMD C3<=4 THEM LET NUM=1: GO TO VAL "695"637 IF S$='S" THEM GO SUB VAL "300": INPUT "CUAL ? :"; HUM : CLS :PAUSE 1: GO TO VAL "695"638 IF X$="N" THEN LET NUM=0G35 CLS : PAUSE 1: PSINT IMX 7 ;U52 65337700 GO SUB VAL "2000": GO SUB VAL "3000": SETUSN300 IF FLAG=1 AMD NEM=65 05 MEN=66 THEN GO SUB VAL "9660": SETUS N802 IF FLAG=1 AMD NEN=67 OS MEM=S3 THEM SETUSN305 GO SUB (9660 AND (CB>4 AMD CB<=3))+(9740 AMD (CB>3 AMD CB<=12))+(3S40 AMD (CB>12 AMD CB<=16))810 EETUSN1001 PSIMT AT VAL "10",VAL " 14 " ;B3( 11 ): RETURN1002 PSIMT AT VAL "10",VAL "14";B$(3): RETUEN1003 PSIMT AT 10,14;B*(1): SETUSM1004 PSIMT AT VrtL "10",VAL "14";B$(2): SETUSM1005 PSIMT AT VAL "3",VAL " 10 " ;B3( 12) ; B*( 12); AT VAL "14",VAL "10";3i( 12J;B3(3): SETUSM1006 PSIMT AT VAL "S",VAL " 10";3£(10) ;B*( 10) ; AT VAL "14",VAL "10";B$( 10);B$( 10): SETUSM1007 PRINT AT VAL "3",VAL " 10";B*(2);B3(2); AT VAL "14",VAL "10";B*( 1) ;3S(2) : RETURN1003 PSIMT AT VAL "3",VAL "10";B$(2);B$(2); AT VAL "14",VAL "10";B0(2) ,3-3(2) • S ET U Sil1009 PSIMT AT VAL "1",VAL "7";B3( 15) ;B3(15) ; 3*(15) ;B£( 15) ; AT VAL"5",VAL "7";B$( 15);B$( 15) ;B3( 15) ;B3( 15) ; AT VAL "9",VAL "7";B$(15);3$( 13) ;3$( 15) ;Bí( 15) ; AT VAL "13", VAL "7" ; B¿>( 15 ) ; B4> i 15) ; B3 ( 15 ) ; B$( 15) : RETURN1010 PSIMT AT VAL "l",VAL "7"; 33( 10);B$( 10) ;B^( 10);B£( 10); AT VAL"5",VAL "7";B$( 10);B*( 10);3$( 10);B$(10); AT VAL "9",VAL "7";B>,10);BS( 10) ;B-$( 10) ;B3( 10) ;AT VAL "13", VAL "7" ; B* t 10) ;B¿ ( 10) ; B3( 10 ) ; B*( 10) : RETUSM1011 PSIMT AT VAL "1",VAL "7";B$( 1 ) ;B3(1);B$i 1 ) ;B$( 1 ) ; AT VAL "5",VAL "7";B$( 1);B$(1) ;BS(2);BS( 1);AT VAL "9",VAL "7";Bí(1);B$(1);B$( 1) ;BS( 1) ;AT VAL "13",VAL "7" ;B*( 1 ) ;3*( 1 ) ; B3( 1 ) ; B4í( 1 ) : SETUSM1012 PRINT AT VAL "1",VAL "7 " ;B$C 1 );B3( 1 ) ; 35( 1 ); B*( 1 ) ; AT VAL "5",VAL "7";B$(1);B$(1);B$(1) ; 33(1); ; AT VAL "9",VAL "7";B$(1);B3( 1); BS(1);E$( li;AT VAL "13",VAL "7";B$( 1 );BS( 1 );B¿( 1 ) ;B$< 1 ) : SETUSM1013 PRINT AT VAL "1",VAL "7 " ;B3( 13);B£(13);B¿(13); B*k 13); 3*(13) ;AT VAL "5",VAL "7 " ; B$ ( 13 ) ; 3$ ( 13 ) ; B3 ( 13 ) ; B-S ( 13 ) ; B$ ( 13 ) ; AT VAL "9",

606

VAL "7";3$( 13' ;3$( 13) ;3íí i3ï ;3$( 13) ;B$( 13) ïAT VAL "12",VAL "7";BS( 13 5 ; B3 ( 12 ) ; Bí CÍO; Sí- ( 13 ^ ; B$ ( 13 ) ; AI VAL " 17 ", VAL "7 " ; 33 ( 13 ; 3$ ( 13) ; BM 13 ) ; 35 ( 13 i ; 3$ ( 13 ) : SETUSN1014 PSINT AT VAL "1",VAL "7 " ; BS ( 7 ) ; B3 ( 7 ) ; B$ í : ) ; 23 ( " 1 ; 215 : ? ) -, AT VAL "5",VAL "7";BS(7);BSC7);B3(7);33(7);3í(7); AT VAL "9",VAL "7";BS(7) ;?:*>'.7ï ;B-M7) ;B3(7) ;33'.7) ;AT VAL "13", VAL "7 " ; 3S i. 7 ) ; 33 C 7 ) ; B$ ( 7 );BS(7);B$(7); AT VAL "17",VAL "7";3$(7);B-M7);BM7); 3 B(7); SS(7) : 3ETUSN1015 PSINT AT VAL " l" , VAL "7 " ; 33 ( l ) ; 3* i l ) ; 33 ( l ) ; 3* , l i ; 33 ( l : ; AT VAL "5", VAL "7" ; B M 1) ;BS( 1) ;B$( 1) ;B$( 1) ; B$ ( 11 ; AT VAL "9", V AL "7 "-,33( 1); 23 C 1);B$( 1);BS( 1); 33 (1); AT VAL "13",VAL "7" ; 33 C l ); B*( l ) ; 33 ( l );BS( 1);B$(2); AT VAL "17",VAL "7";B3(l);33( l );B$( l );B$(l);BS( l ): EETUSN10 IS PEINT AT VAL "l",VAL "7"; B*( l ); 33( l ) ;33( l );33(i); 3*(15 ; AT VAL "5",VAL "7" ;33( 1) ;B$(1);B$( 1);3S(1);3$(1); AT VAL "9",VAL "7";B$( 1) ;33( 1) ;B3( 1) ; 33 ( 1) ; 33 C 1) ; AT VAL "13", VAL "7 " ;B3í l ) ; 33 ( l ) ; 33 ( l );BS( 1);B$( 1);AT VAL "17",VAL "7";33 (l);B$(n;B3( l );B$( l );33( l ): SETUSM1017 FEINT AT VAL "10",VAL "14"; B*( l ); AT VAL "11",VAL "14";B3(7):

T*> T* *T1 T T "" X T

S. £. J. U A l*

1018 PRINT AT VAL "10",VAL " 14";B$(2) ; AT VAL " 1 i",VAL " 14" ;B$(7):SETUSN1019 PSINT AT VAL "10",VAL " 14";B*(11); AT VAL "11",VAL "14";3$(4): SETUSN1020 PRINT AT VAL "10",VAL " 14";B$(11); AT VAL " 11 ",VAL "14";B3(3): SETUSN1021 PRINT AT VAL "3",VAL " 10";B$( 1 );B3(2) ; AT VAL "3",VAL "10";B$(3);B$< 12);AT VAL "14",VAL " 10"; 3$C 1);B$(2); ; AT VAL "15",VAL "10";BS(12);B$(3): SETUSN1022 PSINT AT VAL "8",VAL " 10"; 33(2);B$( 1 ); ; AT VAL "9",VAL "10";B$( 12);B$(8);AT VAL "14",VAL " 10";B$(2);B$( 1 ); ; AT VAL "15",VAL "10";B3(12);B$(12): SETUSN1023 PSINT AT VAL "3",VAL " 10";B$(3);B*(4); AT VAL "9",VAL "10";3$( 13) :?M 12) ;AT VAL "14", VAL " 10" ;B$(3) ;B$( 4) ; AT VAL "15", VAL "10"53$( 12) ;B$(13): SETUSN1024 PRINT AT VAL "8",VAL " 10 " ;B^í 3); B*C 4); AT VAL "9",VAL "1Û";B$( 12);BS( 13);AT VAL "14",VAL " 10";B$(4);B$(3); AT VAL "15",VAL "10";33Í 12);B$(12): SETUSN1025 FEINT AT VAL "0", VAL "7" ; 3$ ( 1 ) ; B4-( 2) ; 3S( 1 ) ;3-S ( 2 ) ; AT VAL "1",VAL "7" ;B$(7) ;33í 10) ;3M7) ;B$( 10) ; AT VAL "4",VAL "7" ; B$ ( 2) ; B$ ( 1 ) ;B£(2) ; 3$ (2) ;AT VAL "5", VAL "7 " ;L4s ( 7 ) ; B3 ( 7 ) ;B3 ( 7) ; B'S ( 10) ; AT VAL "8",VAL "7" ;B$C 1 ) ;BS(2) ;B¡5( 1) ;B$(2) ;AT VAL "9",VAL "7 " ; B$ ( 7 ) ; BS ( 7 ) ;B^í 10 ; ; B3(7) ;AT VAL "12", VAL "7" ; B£ ( 2 ) ; B3 ( 1 ) ; B í ( 2) ; 3-í ( l ) ; AT VAL "13",VAL "7" ;3S( 10);B$(7);3$(7);B$( 10) : SETUEN1026 PSINT AT VAL "O",VAL "7 " ; 3-5 ( 1 ) ; B* ( 2 ) ; 33 ( 2 ) ; B£ ( 1 ) ; AT VAL "1",VAL "7";B$(7i ;3$C 10) ;3$(7^;B$(7);AT VAL "4",VAL "7"; 3$(2);BS(1); B$(2) ; 33(2); AT VAL "5",VAL "7" ;3¿( 10) ;Bí(7) ;B£( 10) ; 33(7); AT VAL "8",VAL "7" ; 33 ( 1 ) ;B$(2) ;Bi (2) ;3a( 1) ; AT VAL "9", VAL "7" ;-B$(7) ;B$ (7) ;Bt(7) ;B?(7);AT VAL "12",VAL "7" ;3$(2) ;3*(2);B^(i); 33i2); AT VAL "13", VAL "7" ;BS(7)-, 3$( 10) ;33(7) ;BSf, 10) : SETUEN

607

:027 rSINT AT VAL " l" , VAL "7 " ; 3 5 ( 4 ) ; Bî- ( 3 ) ; 33 ( G i ; 33 ; 4 ) ; AT11) ;B$f l 1) ;35(8; ;33(8) ;AT VAL "5", VAL "7" ; 33 r?,

"2( 3 ) ;

Li í 4 ) ; 33 '"3 V " " " ; 33 ( 1 1 ) ; 23 C 3 ) ; 3£ ' 1 1 ï ; B3 ( I 1 ' ; «T VAL"9'.VAL "7" ;3it3! ;3î"'4) ;33(3,';33í3i ;AT VAL "10",VAL "7 ' ;25 < S ) ; 35- (11) ;33( 11) ;2MS) ;AT VAL "13",VAL "7 " ; 33( 4 ) ;B3 ( 3 ) ; 33 ( 4 ) ; 33'3 ) ; AT VAL "14",VAL "7" ;BS(1 1) ;3$(o>;3*(11);33(11): SSTUSN1023 PSINT AT VAL "1",VAL "7"; 33(3); 33(3) ; 33(4> ; 33(3) ; AT VAL "2",VAL "7" ;33'11);B3(11); 33( 11);33( 11);AT VAL "5",VAL "7";BS(3); 33(4) ;33(3); 33(4);AT VAL "6",VAL "7"; 33(8); 33( 11); 33 f 3);33(11); AT VAL"3",VAL "7";33(4);B3C3);33(3);B3(3) ; AT VAL "10",VAL "7 " ; 33( 11 ) ; 3

3(3);3SÍ11);33C11); AT VAL "13",VAL "7"; 33(3); 33(3); 33(4); 33(3); ATVAL "14",VAL "7";3¿(3);BSC11);B3(11);B3(8): SETUSM1023 GO ¿UB VAL "3000": SETUSN1030 GO SUB VAL "3050": SETUEN

1032 GO SUB VAL "3150": SETUSN1033 PSINT AT VAL "10",VAL " 14 " ; 33( 1 ) ; AT VAL "1 1",VAL "14";33(11);AT VAL "12",VAL "14";33(3): SETUSN1C34 PSINT AT VAL "10",VAL " 14";B3(2); AT VAL " 11 ",VAL "14";33(11);AT VAL "12", VAL "14"-, 33(3): SETUSN1035 PSINT AT VAL "10",VAL " 14";B3(2); AT VAL "11 ",VAL " 14";BÍ(12); AL ",VAL "14";B$(4): SETUSN1036 FSINT AT VAL "10",VAL " 14"; 33( 1 ); AT VAL "11",VAL "14";B3(12);AT VAL "12",VAL "14";B3(3): SETUSN1037 PS I NT AT VAL "S',VAL " 10"; 33( 1 );B3( 1 ) ; AT VAL "9",VAL "10";B3v 12);B$il3);AT VAL "10",VAL "10"; 33(3);B3(3) ; AT VAL "14",VAL "10";33(2);B3(2); AT VAL "15",VAL " 10";B3( 13);B3( i2); AT VAL "13",VAL "10" ;B3(4) ;3M4) : SLTUSM1038 FSINT AT VAL "3",VAL " 10 " ;B3( 1 ); 33( 1 ); AT VAL "3",VAL "10";B3( 13) ;33( 13) ;AT VAL "10",VAL " 10";B3(4) : 33(3) ; AT VAL "14",VAL "10";Bí( 1) ;B3(2) ;AT VAL "15", VAL " 10 " ; B3( 12) ; 33 ( 12 ; ; AT VAL "1'3",VAL "10" ;B3(3);33(4): SETUSN1033 PSINT AT VAL "3",VAL " 10"; 33(i) ; 33( 1 ) ; AT VAL "3",VAL "10";B3( 131;B3( 12);AT VAL "10",VAL " 10";B3(3);B3(3); AT VAL "14",VAL "10";33(2);B3(2); AT VAL "15',VAL " 10";B3( 13);B3( 12); AT VAL '13",VAL "10";33(4);P*14): SETUSN1040 FSINT AT VAL "8",VAL " 10"; 33(1); 33(2); AT VAL "3",VAL "10";B3! 13: ;B3(13);AT VAL "10",VAL " 10"; 33(3) ;B$(4); AT VAL "14",VAL "10"; 33(2); 33(1) ;AT VAL "15",VAL " 10";B3( 12) ; 33( 12) ; AT VAL "13",VAL "10";3í(4) ;33(4) : SETUSN1041 GO 3UL VAL• -\ t "~i f"" O /"< T T "1 T t ^ T.0-t , U U O u ~> ,' a .u

1043 GO SUS VAL-~ 3U3 VALijU

GOGO

VALo

"3400""3450""8500""8550"if r""1» '""> "\ "\ M•cJ¿-'v' V

"3250""3300""33oO"

SETUSNSETUSNT> IT rTI T • -t rA .C. 1 ij TV i1!

S *-* m t « T-, *, T¿ i Ü A U

V^nry^T.^^t

A J. i ü Ai\

SETUSNSETUSNSETUSN

1047 GO SUB VAL1043 GO 3U3 VAL1043 FSIMT AT VAL "1C",VAL " 14 " ; 33( l ) ; AT VAL " 11 ",VAL " 14"îB5(S) ïAT VAL "12",VAL "14";33(3); AT VAL "13",VAL "14";53(5): SSTUSN

508

1050 PHI NT AT VAL "10", VAL " 14" ; 35( l ) ; AT VAL " l l " , VAL " 14" ;BM 3) ;AT VAL "12", VAL " 14 " ; £$ ( 4 ) ; AT VAL "13", VAL "14";3$(8): SETUSN1051 PRINT AT VAL "10", VAL " 14 " ; 33 t 2 ) ; AT VAL " 1 1 " , VAL "14"; 3$ (9);AT VAL "12", VAL " 14 " ; B$ ( 4 ) ; AT VAL "13", VAL " 14 " ; BS r 6 > : RETURN1052 PRINT AT VAL "10", VAL " 14'' ;B3 ( 2 ) ; aT VAL " 1 1" , VAL "14"; 33 (12);AT VAL "12", VAL " 14" ;B$ ( 4 ) ; AT VAL "13", VAL "14";3$(S): 2ETURN1053 PRINT AT VAL "3", VAL " 10 " ; 3$ ( 1 ) ; B$ í 1 ) ; AT VAL "9", VAL "1Q";B*C 11) ;3S( 11) ;AT VAL "10", VAL " 10 " ; 3$ ( 3 ) ; 3$ í 4 J ; AT VAL " 1 1 " , VAL "10"ïES(S) îB$(6) ;AT VAL "14", VAL " 10 " ; B$ ( 2 ) ; 33 ( 2 ) ; AT VAL "15", VAL "10" ;B$( 11) ;3¿( 11) ;AT VAL "16", VAL " 10" ;3? Í3 ) ;B3 (4 ) ; AT VAL "17", VAL" 10" ;33(5) ;¿í (5) t RETURN1054 PSI NT AT VAL "3", VAL " 10 " ; 33 ( 1 ) ; B£ ( 2 ) ; AT VAL "3',VAL "10";B*( 13) ;3î< 11 • ;AT VAL "10", VAL " 10" ; BS ( 3 ; ; 35 t 3 ) ; AT VAL "11", VAL "10";3S(6) ;33(5) ; AT VAL "14", VAL " 10" ;B$ ( 1 ) ;3î(2) ; AT VAL "15", VAL "10" ; 3$( 1 1) ;BSC 11) ;AT VAL "16", VAL " 10" ;B$ í 4) ;B$( 4 J ; AT VAL "17", VAL" 10" ;345(5) ;3*(5) : RETURN1055 PRINT AT VAL "3", VAL " 10 " ; 3$ ( 2 ) ; B* ( 1 ) ; AT VAL "9", VAL "10";B£( 16) ;3'M 16! ;AT VAL "10", VAL " 10 " ; 35- ( 3 ) ; B* ( 3) ; AT VAL " 11 " , VAL "10";3$(5) ;B$(6) ; AT VAL "14", VAL " 10" ;B$ ( 1 ) ; 53 ( 2 ) ; AT VAL "15", VAL "1011 ;B$(S) ;B3(8) ; AT VAL "16", VAL " 10" ;B$(3) ;B$( 4 ) ; AT VAL "17", VAL "10" ;BÎ(5) ;B$(6) : SETUSN1053 PSINT AT VAL "3", VAL " 10 " ; 3* ( 1 ) ; 35 ( 2 ) ; AT VAL "9", VAL "10";B5>( 16! ;BÎ(8) ;AT VAL "10", VAL " 10 " ; B$ ( 3 ) ; L -S ( 3 ) ; AT VAL "11", VAL "10";B3(5) ;B$(6) ;AT VAL "14", VAL " 10 " ; B$ ( 2 ) ; 3* ( 1 ) ; AT VAL "15", VAL "10";BS( 13) ¡33(3) ¡AT VAL "16", VAL " 10" ;B* ( 4) ; B*(3î ; AT VAL "17", VAL "1O" ;B¿(8) ;Bí(5) : RETURN

"3800"1053 GO SUB VAL "3650"1059 GO SUB VAL "8700"1CÔO GO SU3 VAL "3750"1031 GO SUB VAL "3400"1032 GO SUB VAL "9450"1033 GO SUS VAL "9500"1064 GO SU3 VAL "9550". .„ ... L „ Q M

( 10) ;B3(7);AT VAL "14"3í( 10);3î(7); GO SUB U

f ""7 \ . o ,j* / i /> \ . * [rl ïí * T it -i A n( f ! > B v I 1 U ) -, n * V H L l •*

3*C 1C) ; 33(7) :

; AT VAL " 12",VAL

; AT VAL " 12",VAL

0 0* ' TÍ r rbu J5 u

RETURNSETUSXRETURNRETURNRETURNRETURNRETURNRETURN

' A T ! l · ' ' * < l l · * r > ± · ' ' ^ 1 \ · T Í * ' , ' 1 > · A l T 1 T * A T H O 1 T T / - ^ U 1 /> I) . T> -T1rtj-E ij » j - í ^ ^ ^ ^ i r í - ^ ^ l - í i A i vaij b ,vnj_i 4. U i D 5VAL " lû";3*( 1);Dív2); AT VAL "15",VAL "10";RETURN

I f^r ' i '* - T > O T 1 » r r r ' A r " T T " ! I t Q l l ï * T l l 1 í ^ , I I . T > t f - ' 1 . ' ^ * ^ í ~ > N . A r P U A " l ' t ^ i " r r ^ ' " 1 O I I . tï T-lObb r A i »1 i. rii V n J j O , tih lU , O v t j L j , £ ) * t . _ ; , r t l V n j j d j V r t j j 1O JJ^H'

V A L " 1 0 " ; B ? ( 2 ) ; 3 5 Í 1 ) ; A T V A LRETURN

1 5 " , V A L "10";

" 1 A " T T ^ T n i /» M . 7í - / i \ . \ m t t A -r i t i i t i M * -r n ll'J , V AL i 1 , ¿-V i> l > , tt i V Ali l i , V rtli i-

14 " ; 3-Ï-1, 3 ) : RETURN'11", VAL "1-, rr- T T *

14)

13)Í ^ I I * ' ï > » í ' ~ v > , "^""^TfT-^ f1 "* i I > - 4 > l O > - j& « .k U .ix ¿H.

\T1~'*T *~ l •"* x t **t ^ ' ^ ^ T / O ' | r p T T - ^ » * ' T»- ' f-p •»-> TN H i 4 / ^ - — * i > i * v lulu/ *. ? i a .i. * Jjjl i ¿.^>—ri-C.it/ í-, s v* i ü À ( i^Ili'4/'¿. ^ i, il^*4\ i-.

2030 I? EC = :,£ THEN2u3o I? E*— Â-3 THEN" «~N 4 O -ri"' -"*, ^ T-, n. rri TT ^ >.^OnO I r H - ^ S X A J irli

2C4c> I r r L A G = l Tni^

IF VAL IAÍ (NEN) )=NUÍ1 THEN LET V=iIF VAL (A*(NEN) K>NUN THEN LET V=0

609

2?f?C LET P'. 'MT-PUMT-V : LET ST1=ST1+D1*. LET 3T2='ST2-D22065 RETURN3005 IF FLAG=1 THEM GO TO 20152003 LET Z£(NEN)=STS£ ( D1 ï : LET W3(NEX)=STS3 ', D2': LET ;:5iNEN)=5TS £ í V )3010 LET CQNT=64-ES3015 PSINT INK 7;USS 237303020 LFSIMT " ";TAB (3);CCNT;" ";TA3 (12);MEN;" ";TA3 !20);Di;" ";TAB (32);D2;" ";TAB;TA3 (57);Si;" ";TA3 (67);MUM;"4010 PSINT INK 7;USS 237604015 IPS I NT

^ v "i Q l S I it i Hi i. Q ) JL 9 \j A A £> A A j J r t l 'oO. iUo- íOr t i. .¡1 w -LJ H • i r i U Í D H -J • C L. O

4050 SAVE "TSl" DATA Z3(): SAVE "TS2" DATA *'*(): SAVE "VALOR" DATA Xi-( )4060 PSIXT AT 10, 1 ;"REBOBINA"4070 VESIFY "TR1" DATA Z*() : VSSIFY "TS2" DATA W*U : VESIFY "VALUS" DATA X3(): RETURN7010 LET FLAG=l: LET COMT=0: LET NEN=65: GO SUB 5207040 CLS : LET NEN=S3: GO SUB 5107060 CLS : LET UEN-S3 : GO SU.D D 107030 CLS : LET NEN=67 : GO SUB 5107100 CLS : LET FLAG=0 : PRINT AT 10,0; "AIÏCSA COMENZARAS LA FSUE3A"7110 PSINT SO;"PULSA TECLA": PAUSE 0: CLS : SETUSN3401 PSINT AT VAL "0",VAL "7";33(1);B3(1);33(2);33(1); AT VAL "1",VAL "7";33í13); 3*(3);33(3);33C3); AT VAL "2",VAL "7"; 3*(3); 3$(4); 3î(4);3$(4);AT VAL "4",VAL "7' ; 33 v l ); 3*c l); 33(i); 3*,l); AT VAL "5",VAL "7";3$( 12);B$(3J;B$( 12);3¿(8);AT VAL "6",VAL "7"; 33(4);B$(3);r¿ o \, * r J ï 3 í J

O ' f'*, "*> T3 T"1' T M rr* \ r^ T T ^ " " i~ II T f « T I " | « " I ^ I * ^ L ' ^ ^ · ' D ' ' I *• ^ • Tl t i" ^ - " O " " - ) " " i ^ . l " 1 T ' A * H O M>-• "a vj Jr A o. i\ i AJ . VrtL· o , V H i j i i j j ^ ^ i J i £ ' v i l j . J ï i Í 4 > l l i > i J j 4 j \ f c - > i r t i VHÍJ »J ,

*o' , V A L " T " ? 3 ^ ( u í ï » L v ( 12 ) ï B*0 C 3 ) î B ^ C 1123 î A T V A L 1 1 1 4 1 t1 V A L " T " i B v B ( 4 ) »B

£ ( * ** ^ • T 5 i > ^ / ^ ^ • ^ t> f * \ • ^*T7r*^T T "C1 N*1

M- \ " J j jO v^ \ *"A > ï Ü •i' ^ " ^ • *\ ú d. O A l\

G451 PSINT AT VAL "O 1,VAL "7 ' ; 33( 1 );L3¡ i) ; 3*( 1,;B3i 2 ; ; AT VAL "1",

i(4);33(3) ;AT VAL "4",VAL "7 ' ; 33(1) ; 33 C 2 ; ;B£( i) ; 33(2) ; AT VAL "5",I I * T H ' 7 M . T ' · ^ ' 1 ' * l l l · P * l í ^ l i ' ' > ' I - i ' · 1 ' ~ l ^ · 7 > r ' f 1 ' ^ l ^ · ' l ' T 1 M » T I I H M \ T " r 7 " - T i T ' f i ^ - T 5 t i 1 1 ^v rt.i_, í , 1 *• v !„ J , b-v '. j .' , Jï ( . l ^ . ' i b ^ t l ^ J í M j . v rtL o , v Hi-i f j ü* v *± ) i 153 (, 4 )

6 i52 PS I NT AT VAL " 3 ' , VAL '' 7 ' ; 33 ( l ) ; 3-i í 2 ) ; 3-í-1 2 j ; 33 ( 1 ) ; AT V A L " 9 ",

" "" 1 1 T T A T 'I *"7 'l « TÍ * f *""* i • ""* ï; f 1 *"* \ * r *" ~* * " * * 1 t - ( ' 1 ^ ^ ^ • *T1 I T / 1 ' 1 ' " ' " i l M \ T M l—' 11 » TJ ^t^ f (-1 1 *j. O * V rt -ij i i jD *•** ^ O / ) i-> "-P v J. - i > i j^ v v o J » 1J ^v \ i. -^- í i rt X Vr t - l j l^ï » V f~i .LJ / s AJ ^ \ «t í i

— v ', ^ ; i JL» 4* \ ki / î u 4 ^ x O ) * JÍi^l A vj A ¿S4

oO^-j. r A i. i-i * rt 1 vr t j_ j V í V il Jj i i ! J 4 ' ( f c - ; Í J J - - ^ ( ¿ J | Í ¿ ^ V ¿ - . > » j j 4 ' k t - > i r k i V ri L ¿ t

^ il j t i jO ** t i O J î AD •*' v j. -í.- ) i <O ^ X O / i -O k JL -¿j s i rt X v ri j,j «X* « V i " i i j í ï w U · T ' V *n /' i jj •í' t O\ • ^ ? . ^ "j * ^ * - ^ * | S *T* * F *** 1 ^ 1 1 r * * ' * ' ' " " ' ' ' ' » ' Q j k . i · ^ . ' Q i / i ^ . ' ^ t ' i 1 • "o í^ i ~ \ • ^ tr* i T A T "

O i * n lj í Í H Í 4 > v l f c - J » i I ' ^ C i O J Í x > 4 · \ A . i . ^ Í J j 4 ' ( i O ^ i A i V / i w j O , V r t J - j / » i J ' v C ^ J i - D

610

_ • * • - • p T T > r v "" t "^ ' ' * T ' ~ " T f A L " " ' ' "' í ' n * " "• " • . • > > • • £ > - • • " i í ' ) • / " ' " ' " '• o, '"AL "7" ; B - ' 13'¡ ; B ï f 131 ;3í.( 121 ;B3í 13^ ; AT VAL " 1 0 ' , VAL "7 " ; B ï ' 3 ) îBî" '

"13", VAL "-"';Bî-(12 ; 3$( 13*-;3î( 12i ;3= ' 13 i ; AT VAL "14", VAL '"";Bí '•'": ! ; 33 ( 3 ' '> 33 ( 3 ) ; 3* ( 4 ) : SUTUIÍX'3551 PS I NT AT VAL "O",VAL "7 " ; B'S í 1 ) ; BS : 2 ) ; 33 <, 11 ;BS ( 2 i ; AT VAL "1",'r. —í f Ï ¿j 4> í A O ) ï S 4> 1* i - - 5 .D 4> ( 1-i-J i 13 v-» í i C J ïrlj. V A -j ._. , v M 4.» T » -„ - ( O / i .u 4» ( O

i ;2ï-(3) ;33(3) ; AT VAL "4", VAL "7";3$:i ; B3 ( 2) ; 3± '' 1 ) ; B$ ( 11 ; AT VAL "7" ;3S( 12) ;33t 13) ;33( 13) ; 33 : 12 ;AT VAL "S", VAL "7";33(4);34 ) ; B Ï ( 3 )

3552 PS I NT AT VAL "3", V AL "7"; 33(l) ,¿3^l);B3k 2 i ; 33 í 2); AT VAL "9",T'AL "7" ;B?Í 13) ;B5( 121 ;33( 13) ;335( 121 ; AT VAL "10", VAL "7" ;33 (4) ;3ï >,-1, ;3:;(4) ;B3(3) ;AT VAL "12", VAL "7" ; 33 v 2 ) ; 3* ( 2) ; 33 (2) ; 33 ( 1 ) ; AT VAL"13", VAL "7";BS(131;B$( 13);3$( 12);3o; 13);AT VAL "14",VAL "7";B3í

o) i .DC- •. 4 ) ! ¿-v C 3 ) i -D-5 ( 3 / • AÜ.J.UAAZr"^1* "DC·'XÍ'T' AH"1 I T A T n/"*!i T T A , T ' l ' ~ ? l t . · o * · / · ^ l - " C ; ^ ' 1 ^ · T J ± - l ' H ^ - T > * / J t ^ · l ' T 1 n * T ' ¿. J , z>* \ 1 ) i Jj* 1>j.,l>Oí·(.i;,rtJ. v ¿-IÍÉ 1 ,VAL "7" ;3M3) ;B3( 13) ; BO C 13) ;33(3) ; AT VAL "2",VAL "7 " ;3í ( 4 ) ;3*( 3 ) ;BBÍ4) ;B$(3);AT VAL "3",VAL "7";B$(5 i ;BS(5);B$í 5 i;35(5)S£G2 PS I NT AT VAL "4",VAL "l"\33(2);B3v l );B3^ l i ; 33(2); AT VAL "5",VAL "7" ;B£(8);B$(S) ;B$(8);B$(13);AT VAL "6",VAL "7 " ;3$(3); 3$(4);3Ü 3) ;B*C4) ;AT VAL "7", V AL "7 " ; 3* (ö) ; 3 <, 3 ) ;3M 5 ) ; B3 ( 5)?£? ^'~> "PTITVP ^rrt M A T I I Q I I T T f. •* ' » ~ 7 ' l . ' ! : ' * - i r ^ > ' l - ~ > * ' 1 N . • £ ) * * , ' - « ^ . ~ - ~ ( - « \ . v r - 1 Í T A T ' I Ó "ob^o rAiNi n» vaL o fijj / j£i*v^.j>jjH>^j.)iü*kiJi£i>*·vj.)irti VAjj o ,VAL "7";ß*(£); B*( IG);33(8)iBSt13); AT VAL "10",VAL "7"; 3*C 3);B$(3);Dw(4) ;3*^4j ; AT VAL "11",VAL "7 " ; 3* v 5 ) ; 3S t 6 ) ; 33 ( S ; ;Bï- ( 6 )

O O ( J ~ ± X ~ r í l i ' i i r t i v r t j _ » *ú , V r t i j í > J J ^ * i i i - ^ i l j i * ( f c - ) i 3 ^ ' ( f c - y Í £ i * \ f c - ) i r l i V n j _ < l o

II T T A T ! ! * 7 l l · T 5 ' ï ' · í 1 ' ~ ' » \ · T 5 · ^ ' ~ 1 i · Q · · * f 1 ' ~ M · T ' ' * * ( 1 O ' i · « r ' 1 ^ ^ T I I 1 ' I I I T ^ T l f ' ~ f l l . - ' > < f ' O ^ . ' D * -, V r t L í , u - P Í l o J i £ ) · i \ O Í · j l 5 > í > t i o ) ) B ^ > C l o ) i n J . VAi. „T , V A . u ( , o 5 · l o ) , D · í ·l ' / 1 ^ · ' O 1 3 ^ f ' / 1 ^ · T i * ^ t ' ~ ^ ^ · ^ r ^ 1 x T i T i i < c " u ^ r i ^ l l f ~ T l i . ' ^ > - / í ^ ^ . T J · * ^ ' ~ í ^ . ' ^ * - ' í ~ > · ^ · o · ^ ^ ^ » •^•^tníT1 - / i i)-5 C 4 , , 3-v lo.1 » A i Vrij j i b , Vrt i j ( , ü* ^ o ) , iJ* t, o ) i L»* », b ) > ¿<? '•> 33 ( 3 ) ; AT VAL "2 ", VAL "7 " ; B3 í 3 ) ; 33 (43;j T- >, -± ) ; 33 C ) ; A • VAj-i " o , v HÍJ " i ï 33 ( 5 ) ; ij-v i« D ) ; 33 \ b > ; 33 í b >3352 PRINT AT VAL "4",VAL "7"; 33( l ) ;B3(2) ; 33 t 2) ; 33( l ) ; AT VAL "5",

3£53 PRINT AT VAL '3", VAL "7 ' ; 3* ( 2) ; 33 i 1 ) ; B3> ( 1 ) ; B* ( 2 ) ; AT VAL "3",VAL "7»;BïC2^ ;3S( 131 ',3$ (S) ;3ï-(3) ;AT VAL "10", VAL "7" ; 33 (3 i ; 33 ( 4 ) ;3; ','35 ;B5(4) ; AT VAL " 11 " , VAL "7 ' ; 3* ( 5 i ; 33 ; 3 ) ; B¿ 6 ) ; B£ ( S JCG34 PSINT AT VAL "12", VAL "7 " ; B$ í 1 ) ; BS í 2 ) ; BS ( 2 ) ; B$ ( 2 í ; AT VAL "13H T r * T l l r 7 l l . · Q · K ^ O x · T 3 · ^ f ™ ' N . t > l · i ' ~ · x . " C Ï - . · ' ' ~ ' ' s . \ r r i T T ' T M ' i l l T T ^ T H ' ~ · t l . T ; - / o 1 . r i * r T

,/. l ·ij-i í , . 5 t ' l C J i . > j > v l , G J t * J 4 > l , i _ > > i i * j 4 > l l u J i r t . i Vrij-i J.*î , v r t j j i i l J - v k o / i U ' * - ! . - !

/ ; 3-v (, 4 ) j 3* v J ) í AT VAL " 15 " , VAL " 7 " ; 3¿ ! b .' í 3* ( S / i B - v ü ) ; B* í 5 ) '• SETUSN

.A 1 1\ 1 '» i Vr t i j ^ , / r t i j ( ii r . · n t - / · ^ ^ 1 · T > · T - ^ ' ~ / > . T 5 í t ' f ' 7 1 - " D ' * / i r N ^ * i r r t ^ T \ T I I '

>-•>- ^ -*> - - ï - r j - n T T « \ TI T T \ ' r " ' 1 * r - \ * M " M . 1 * /• - . ~ - ' - * , - Ti * ~ ^ - , / -i ^ -. *-n T ' ^ T t i r - | |w i v ^ i . r i.\ 1 i* J. ri* /HJ_i 'i , V f n i j i » * J ^ v \ i ; ï ^ . - v \ j . J i Í j M > V ^ - y i j J ^ ^ i ^ ) r t j . v r t J_ i O ,r * A T i i < - ï M . · ^ · ^ ' ~ > , . t : · · f a · " ' > . ' r 3 s · | ' ^ t . t . ^ ""* \ . \ ^ ' T « 1 ) ^ " r ' -, - u *-? u . T> T ' TÏ * i ^ l . TÍV r t ^ j / j D ^ « , í J i l > - P Í l j . W J l U 4 > l . t V i j J - V * . i > i r t ¿ / i i ^ j O , y r t - j i i - J - î ' ^ - î ^ i I j v k o J i L»

^ t - l i - ± ) i i j ^ ' ( o í ' i r t a . »'rtL· í j V r t l j í i o 3 C o J i - j · v * O J Ï Í J ^ \ « > J ï O 4 ' * l o )

w i ' v ^ O l 'Aii ' i i t\ L Vt t -u o , V r t ^ í i £ i * P \ i > i Ü ^ P ( » A > i ¿ ^ \ A - / » O Í ' ' i . i > » ¿ - i j . v r i x j 3 t

M A T M *7 (f , T> í .' * ^\ > . T) t- t' 1 '> \ . P tt { 1 A ! • P <t f 1 A ^ • * T1 U ,* T li 1 ' " U V T M r~t " • T) <T- í" O > . "D t ív'riL· r ï J j I - 1 i ' J ; i ^ J · - í ' . i \ - ' > i D - * > t , l U J s J j ^ L l U ^ ï r t ^ V r t J-t i v, , V r t j _ i i i l > * V w J í O - ¡ > í i" \ . T> f C /» '

— . i j- ^ 'i -ï .

->•— ,-x • ^ C> - \'T < r~ ' t « * II -. ."i M I I •> • " -t II • "T • «• í '-• • . . T5. í- f "í 1 . O ï- ' 1 -, - T! <»• , •"> , • A 71 T ï * T ' ! < • - <- -^ r ... - i - n - - r-. — * — f \ r-. — f i .J -' _. ' i O -' * — * i — ^ V j. í j ¿J - — ' i ri I V rl L. - ·

i - r r i T n • - - > [ • . - p * / t , \ . * } « . / • - » > . • ^ • h · ^ · i . T j f . · ' - » . . A T » t r *• * M - I / I I r r A, T n ~ n . o -s- ( o \ • '.' ï* r f\, '.' ,\~, i O - ' . - i .:-' ( > lÜ- ' i ; i 3 ¿J { . • j A i. V Ai- --í: , V riii j JÍ* l ._> .> i .: . ' -ï

' ; B? ' ~ í ; 3? ' ~> i ; AT VAL " 15 " , VAL "7 " ; r 3 v S ) ; 3i • 6 '> ; 3* ' 6 ' ; 33 ( 5 : PETV SN

F751 PP.: NT AT VAL "O", VAL "7 " ; 33 ( 1 ) ; 35 ( JJ ; 35 ( 1 ; 35 ( 2 ' ; AT VAL "1",V4L "T"1 ;35( 101 -.BISC7) ;3S' 10) ;3sr,7) ; AT VAL "2", VAL "7 " ; 35 ! 3 ) ; E 5 í 4 ! ;2r.'4i ;3-S', 4MAT VAL "3", VAL "7 " ; 3$ ', 5 ) ; B ï ( 5 ) ; 35 f 6 ) ; 3î f 5 í3752 P^IXT AT VAL "4", VAL "7 " ; 35 í 1 N ; 3$ ( 2 i ; 3 í ( 2 ) ; S$ ¡' 2 " ; AT VAL "5",

- - · " ~ * " ' "

VAL c"7" ;3$( 10) ;3îf7) ;B3( 10) ;3$(7) ; AT VAL "10", VAL "^ " : 3$ ( 3 ) ; 35 ( 3 );33(4) ; 3 ï- ( 4 ) ; AT VAL " i l " , V AL " 7 " ; 3* ( o ) ; S* ( 3 ; ; 3$ ( 5 ) ; 3 î> v ô ï3^rr , 1 ^ O T M T 1 A""> 1 ( ^ T l l l ^ i l J T T ^ T M r 7 H . T > t · ! ' ' ^ · i · T > í · ! ' ' ^ i · · O t . · 1 > | . p < ï > . · 1 · ( . A T T ^ ~ M 1 O( o z ± r j \ i » > i 4 . f t l v r íL j i¿. , v r t J - i í j O · ï ' l ^ - ) ) i J · ï ' i . i , , ' j r ; t · v i J j u a ' v j . J i r t i v r t — i iOM T 7 ^ T t i · ~ ? i i - t ï · ^ f · ' f ' " ' ' · ' ^ * í ^ ^ - T i T ' ' ' ~ ' ^ - T l í v i ' * r ' s > · · A r n t f ' ' t l - 1 " t T ' " ' ' ~ 7 " * T i * ( ' i i « t ï ï /j V . ' i ^ j i > ^ > w ^ x v / i j L i i i ï 4 ' v / > i D > ) ' ^ x \ x / i A ^ V H i j i-± , V r i j _ i ( i ^ i v l * ± ; i ^ < * ' ^

3 .s í 33 14); 33 v 3 ) ; AT VAL " 15 " , VAL " 7 " ; 33 ( 3 ) ; 3£ 3 > » B* ( 3 ) ; 3v ( 6 ) ; RZTUS*\OC01 Pi;i:iT AT VAL "0",VAL "7" ;33(2) ;3*( l) ;BM l) ;B*(2) ¡35 í 1) ;AT VAL "i", VAL "7" ;B¿C3) ;33Í3) ;B3(3) i b^(3) ;B3(3)9002 PS INT AT VAL "4", VAL "7" ; B$ í i î ; 3$( 2) ; 3¿ ( 1 ) ; B* ( 1 ) ; B-M 1 ) ; AT VAL "5", VAL "7" ;3vC3) ;B^(S) ;3*(9) ;33(3J ;B$Î3;90C3 PIIMT AT VAL "8", VAL "7 •' ; 33 C 2) ; B* C 1) ; B* ( i ) ; 33 ( l ) ; 33 i i ) ; AT VA

' " " "

9002 PS I NT AT VAL "4", VAL "711 ;B$Í i ) ;3$(2) ;3¿( l ) ;B3( i ) ;B$l l ) ; AT

30C3 PH I NT AT 'vAL "8" , VAL ' "7 '' ; B3 t 2; ; B3 C l ) ; 3£ í i ) ; 33 í i 3 ; 33 i i ) ; AT

S005 ??vIMT AT VAL " lo", VAL "7" ; B$ ( 1J ; 33 (2) ; 35(2) ; B3 I ) ; 3£ ¿ 1 J ; aT

^ *v C •* -N —\ T vr" * r— T T * - \t ," tt - r - T M · - 7 i t , . · c i * , · - ' · ' . - j " , 1 · · \ - - : ~ ' i v . ' £ J · í - ' i - " 3 ï ' « ' ï . * ' T 1 'O v.' O A A A A .\ A rt A v rt—i O i V rtAj í i AJV k t- ) t i->^ ^ A f 1 A-"-*' V A í 1 DM> ^ *- J 1 -L-·ví' ï, 1 ï i rt -.O *v C •* - - N — \ T v r " ^ » r — T T * - \t ," 11 - r - T 'l •-? it . "C. • * , ' " ' ' . * * > " . , · \ - - : - ' i % ; . T > ï · í " · ' i - " 3 ï ' « , 1 . * T T JT AO -.' O j. i A i .\ A rt A v Í1-* O i V rtA^ í l AJV k t- J » L>4> \ A / 1 -U*«" V A ^ 1 DM> ^ *- > 1 -L-·ví' ï, 1 ï i rt -L. V H

T "5" Ví " u 7 " ' T > t ' ' 3 ) * B - í ' ' 0 " ^ ^ f 0 ) ' " * -11 3 " ** í " ;

'oiü^3 r A I *>4 A A A V Aij " o " i V AA^ ' 7 " » £»3 ( 2 ) i ,D£ ( i ) í B¿ v A ) i u-v í M j i B-^ ( I ) ¡ A T VT AAÉJ w « V k l A . 1 í l l· / V V O / 3 Amt *•*' ^ W J ï A J ' V V L J / ) ^ J **" * W ' ï AJ "V V w /

~, "«C* 1 " ~ T V * ** * *** T • \ •* t * * '""'* M T T •> T M * T ! ' | l » T 5 J ; l * ' ^ · T î £ ( ' " w , ' · 1 2 * ^ I ' l ^ * T l > ^ * \ · ' p t f ' ~ í ' ^ ^ '^ T í

> " * " !' i * ' f t » 1 |i f^ n . "i ; .* <~v ^ • T í ' * ""'"i • "Ïí i- ' O "* • Tí * ' i '^ ' \ . " ^ · * > i ' ^ ·

» ' • l | * ' - » l ( ' » y T 11 * ' . *; »v • O - " C ' - * - ~- • "D * í " ^ • ^ * ~ i > . 'f K j

' ~ l , . ^% - , - , ,« , . - ,x .

¿i*j A Í t V r t J-* i ï i > V \ c ? > i * j 4 ' V O < ' ï A > * > * ^ o J ï — ' i ^ ' v \ J < ' ï A ^ v * ' ^ O j l * A A - A ^ A X H

A * - t - i l l T ' * * 1 " it •*» M . - f * ' ~ ) ' j . " * í r i j . ' * s ' * ^ ' * ~ ' T l · í ' C · · · - " ™ ^ ' "

wA^. ' i ^ À* A i 14 A. HA v r i A j O i V r t A j f i A ^ M ' ' C ' ^ t v Í A t i > ^ * . O / í j j ^ v \ ' " x > Í * < ' ^ ' l i ' - i ^ Í A ^ ' - ¿ ' ^ O J Í / i A > r t

j_* A'-' ) > r i A j í i j j V > O J j l J ' - * - l \ v « > í l i Á > v l A ¿ — / > * J V v O ^ i « - * v 4 O /

» ' i * . , » • i f, ^ n " ' t> : f z? \ - ^ - ' • - . - - , -^ * ' r . •• * f ~ . . i - * -n.*-i AX , / r i j j i ï A ^ - 4 ^ * v W > Ï A J - - * > < A ^ « ^ l A ^ - v ^ i ^ ; / 1 i *j ** \ v-« J i - _ > v \ *. f

j—i b^ i v í l *j f i w V •_> J » AJ V O -•' i A J * V ^ A í— X l A V - t - ' v O x l & %V V i «^ j1

^ A >3 hw A - . v A * ^ A ¿"ÍA V r t J ^ ^J « V í'l A»* i 1 -Ü "-£* x ~± > l JM> "-P ^ *ï J í AJ "- ^ O } \ LJ *i ^ * ~ I > l ^ - ' í ) \ l · Ï x l rt i V rt

612

L ' S " , V A L "~ ' ;3::( 12s , 3 r ( 3 ) ;Bí f 3i î B î - C ? ' 1 - T J 4 > ( 12:i53 PÜIVT AT VAL "9", VAL ""' " ; 33 ( 4 ) ; 2 î ' 3 ) ; 2$ ( 4 , ; 3£ ( 4 1 ; 35 '2 > ; AT VAL "1O",VAL "7" ;B$f 3' ;??(3) ;3M 121 ;B$' T1 ;3î(S ">: i r 4 P ^ i r i T AT VAL " 1 3 " , V A L "7 " ; B& ., 4 ) ; 2 - í 4 ) ; B? I s ; 3S ( 4 ^ ; 2î ( 3 ) ; AT V~ L "14" , VAL "7" ;3$( 121 ; B $ ( 2 i ; B $ ( 8 ) ; 3 î - f 12) ;33 ' : )- « I-r- TJT> - »rm 4 "ï M Î T M 1 — " 'I ^ T II -» II • 15 St i C> * - • • < > . TJ - l - O ï C ^ - i - ^ t f " > • , « . T 'íj ^ ^ i ; .. .,. j. ¿ < * .1 - v ¿i Li A I i v1 H jj r i D - r i o / i - j T . - i J i O s - ^ ^ i / ) ^ * ! . ^ ; , ^ - - ^ ! , ^ : ^ ! ^ ; . .'M "18", VAL "7" ; 35(9 ' ;3$( 121 ; B M 3 ) ; ? î f <?i ; E t i 8 • : -ÍETU3M

r ^ i > - < r > T > * > r r " >p r ' U A T t -\ * * r i T i T 1 1 . T; * . , • " * . , " " r ' i · ' O " ^ ~ ~j ^ ( '"• \ • n *• •" . · v r r t v *• *_ * j. .T* j. i » -. n- v ft L· v , v ri ¿j í i 3*+> \ ¿~ ) i ¿-t*-*1 \ ± f i &•+' \ •— J i ±s*+> \ <-. f t ¿J'-** \ ¿* J i ti ± V i

L "1",VAL '"7" ;B5C3i iB$f 11) ;Bí.f9) ïBS.O , Bt (11 ,AT VAL "2", V AL "7";-C ^ 4 ) í 33 ( 3 j > 3C ', 3 ) ; 33 , T j ,3-5(3)O'·^'-vo T> O T V'T A ( T I T r * T it i n T 1 *. T H ~7 n • T} * í i } • ^ *• ' -\ •-, • T< «? ' ' « T > < t · f 1 ' ! · T - . ' t v ' ' ~ > i · ^ T * J »_ . J „ r .ï\ 1 1\ i n * » n -u -t , v rt L, ( , l 5 - i > l i > j O * l > j . ; ) ^ · - , v i ; , I j ; í ' V i J ) D ^ - > ^ . J j r t i v r t

L '5 " , VAL 7 , 3-5 ( 1 1 ï > 3» i 3 ) i 3-5 (11); B3 (li); B* », 3 / » AT VAL " 3 ' , VAL "7 ", 3 ï . 4 ) ; Bt ( 3 j ; 35 ( 4 ) ; 3Î ( 3 ) ; 3í í 3 )

j ^ ^ - ^ - s *•• "i f * * n*1 i >*" i » \ T ~* * T í f [¡ *~7 l * " Z > · 4 * · ^ ~ > ^ · " ^ ' · ! * * ^ i - ~ - "L^r ~* * " v ~ > ' \ , * **» T T •»O *— O JTi \¿iVi rx* VÍ ÍA-» -< j Vrt,L* í » O · 4 > i i É _ * J i -D-v>, i > i £ > v 5s3j:iJ4 P2INT AT VAL "12", VAL '7 " ; 3$ ( 2 ) ;B3 ' 2 ) ;3$ ' 2 * ; B$ ( 1 ; ; 35 ( 1 ) ; AT VnL "13', VAL 7 ' ;33( 11) ; 3-5(3) ; 33 ( 1 1) ; 3O i 9 > ;3-5k :> , AT VAL '14", VAL "• — " - t r ^ > > . ' " · ~ i i · ' ^ | · ^ i ' C \ - O z ^ 1 i · T i + ^ f ™ ' \

, — • -• i, o / , Ï J -» ' \ ^ / , *> • * ' ,— '> , — i -•> v -à J , i ^ * ^ o >

3205 ?SIi\T AT VAL "13", VAL "7 ' ;B$ i 1 ) , 3£ ( 1 ) ;B¿ » 1 3 ;B$ ( i ) ; 34^ 2) ; AT V- T K i "7 M M / i T M ' ~ ' " · T > ' t ( 1 1 t · P < t · f Q Ï · T > * l Q t · ' a - f : ( 1 ' ' ' l · P * f ' ^ ' l · * f T I T T A T M - « O I I T T A T MnL, l i , v n » j í , D - Í ' V L i ' , £ > - í > k o J , o · ï ' i . a J , O I ' V Í J . , l , I i ^ ! , j ^ , r t j . V n ^ j j.ij , V f t j _ i

¡ ; . c> -v^3 ) ï j iv i .4) ; B - v k o ) ,¿-5114) ,jD-i '(4) • A— x-jjii*¿23 1 ?S I ivT n T VAL " ü " , VAL " 7 " ; B-S ( 1 / , B-5 t 2 ) ; B* v i ) ; 23 ( 1 ; ; B-5 í 1 ) ; AT VA

l i n T J ^ T l ' ~ ï l · T 5 ^ 1 - * , ' ^ S l * · ' ^ T > ï ^ i O ' > ' ' ^ ' - 1 - T l ± - f i "• ^ T T A ' M ' ~ t-j i , V r t j j i i O*? \ i. ± I i ¿j-9 \ i ± i i j^& \ -3 t t u •* \ ~ * t i U3> { ¿I i t n i v n ¿.i —

3â2 r A I li T AT V A L " 4 ' , V AL " 7 ' , B - 5 ( 2 j ; L - v i . l ) , 3 - * i . 2 j , 3 - S ( l ) , L > v , 2 ) ; A T VA" ' ! ? , » T " T " · ' ^ t · ' Q ' l - ' ^ ï . ' · ' 1 ' l - T 5 ± · Í Q ' l · · D · í · ' " · | - T i 3 ; i · 1 · ' i1-1 M f ' MÎ I M « T il^ll— O ,VliJ_i / i u - ' · + v C J ) ^ - P v - . ; , . j - v l , c ! J i £ i - * · V i j . l ï J j * i . j . - . i ft A Vn^j ^ ,VrtJ- i i

i *-<-^ >- -^ ) ; LI-^ v -z t i *j-v s, o > , j^-v *. o ) ; 153 ( o >9253 P2IMT AT VAL "3", VAL "7 " ; 33 ( 1 ï ; 3 ? f 2 ) ; 3 1 ' 2 ' ; 3$ ( 1 ' ', r î ' 1 1 ; AT VAL " 2 " , V AL ' 7 " ; 3 ¿ ( 11) ,3-iO) ; L M 3 J ; B 3 i C * ;3*Í9: ; A T VAL " I G " , V AL " 7 " ;• -- / - . Tl t: ' *^ • "O *• ' / ) 1 i • T > ± , ' O % ¡ » "D 4; C " 1- - f -í i > - J ' - £ ' V v - ' / i ^ - r l i - t í 1 Ï *> ^ sJ J 1 O P V ~S y

w ^ - _ / - ± ï" A À i* A íi * v n j j Afc- , ^ ¿ i J _ * i i O 4 > \ * J j * ^ ^ v t _ . > i * - » i * 4 f c _ . > ) j 3 4 ^ k * J i * - ' ^ - \ J . « ' í A i V

" L "13" , VAL "V" ; 3 $ ( 9 ^ ; 3 S ( l l ï ; 3 $ ( 3 ) ;3-Ï' 1 1) ;3*' ^ ' ;AT VAL " 1 4 " , VAL "i i . ^ v \ 4 ) > . ~ > C 3 ) i i ^ v ( o / i ^ v k o ) ; 3 3 \ 4 )^2=5 ?? IMT AT VAL " 1 6 " , VAL "7 " ; 33 ( 1 v ; 3S '' 2 ) ; ï ï < 1 ^ ; B3 ( 2 ' ; 3 - ( 1 • ; AT V

!! T r \ -r n »"7 ! , -^ +• < - . T> -• / ~} \ i! ^ f O ''i • "O "• ~, . " ÍI i 1 A r r i T T ^ ' ' ' ~ ' 1 W ' T "- i * - í ^ ) \ i i / i - J V V O y i £ i ^ l | i t ^ í > i j j · v ^ » J / » i > i í ' v i . a . / j r i x Vrt j_» *o ? V rt j_i

J j ^ C - * * * - * / » Z í ^ V ^ J 5 j -i \. -i J • A-l iÂi»j-» *v v o <> » - J V V . O /

A ^ A J - I A - L A * »'rtJLí ^> ,V í Í j j ( i - j ^ k i ) Í J - " v k f c - ; · » J D ^ ' i l l · - . > , i j ^ · ' » t - / i ^ - ^ "1- **• 1 ' * ^ N • ' j + / ' 1 '

l-

l. \ . ' ' - i ' K ' 1 -

l\ , T S - » . - y u r p T t n

T ! - ï ( ! í J h T < f

*, * , V ¿Í *- ( , ^ - P v * ^ i r ^ f , i f c - ) 1 ^ v ( J . f c - ^ » r * V J . : / l I j - r - x ^ - . 1 ft * V r t _ — , V ft JJ

-~ •*, f ~^ \ t ^ " D ^ ~ i . «• * \ . ' * * ' * - * • >i t j-"** \ O J ) j - J ^ » ^ ; i w v ^ O ; » J J - ^ v ^ ï J » j 3 v ^ r t ;o ^ 2 p -p T M r« * rr a « ¿ ii ^ M „ 7 n . -n 3 ( ^ ) ; 3 * ' i ; ; 3 3 1 N ; B S C 1 ) ; T " ^ 2 > ; A T V \

_ ' . ,* !n*j i ) J D · ^ ; - . f c - / » J - ' - v ' \ f c f c - J » * y · ^ l v J . o ) ï J j ^ ' x i f c - y i — > v \ - . _ / - > j ¿i i. Vn^j O ,V f t j j— " - * , / , - - - » / , ^ t ^ , r - - / C N

j ^ - V v - ï / j j-»-v ^ %_* y » — "^ v ^ > i j«« •»• V O -* í J j · V X ^ /

• - ^ w ^ ' JT A J. iV Jt il*» í~i1l T T * * f *7 (

-- _ i /ri*j

i 1 A 1 > 1 T ' ^ " · J > ï — « **• ^ *3 > l A J ' - t ' ^ O / i j J x * í > i J j ^ v ^ O ^t ·D·O' '^^ (~1 ^ T f ^ T ' i ^ n T T A T i * ^ i i , - · > ' * * ' ^ , . · * j + o > . t : , * T X t C l > · ' ^ t * s ' ' ^ ) » A T I T

^ , v y-t * X *. 4 . » n t ^ r i L · *.- , » ft L· í i O - - ' i > t a . J » ^ ^ . M V j * > - ^ l ^ / ) r ) C . k i J í ^ - \ ^ J ) A i V

i j J v * l l f c _ í i * > ^ ' ^ l f c - / i Z i ^ · ' i A O ^ » ^ · ^ t i j . C ' J ï * - ' - r i fcM ; i ft j. vii^j i*-i i ^ r *

613

1 T i T T A 7 tl u T; T- ' i O • T J ' ^ ' · ' Q ' i · ' C f t · ' l · ^ ' l · ' ^ i · ' · ' ^ ' • ' Z ~ · f * ' ^ . · } · ' t r ^ * T •> T II < Z H T ' A, . .-. L • . - 1 - 1 _ v t J > i _' -' i - ' 1 ^ » •• . - • *. - ' .. J ' 1 ii » \ f. « * - , - n

-!.;'-''1;"'';-!'!'!:^1' — ^ - " ET T J ~^ '> r-, T > • rr- ft T * ; J. T "O" ' ' *• T " 7 » • "5 •*• ,' 1 •'=, ^ , ( 1 ' > • " " ' • ' ^ - 3 ^ , ( " M ; 1 3 < $ ( ' ~ ' í · ' > r T 1 TJ

n « II T T « T l l ' 7 l l . · n « , f 1 . - * \ . · ! 3 . s / i - » \ . T S . * l · i < ^ . . · 3 í . f · t O > . ^ ! · > / i - i \ . » ' T ' 1 1 ,». * H '-» M ' f % 7-i —t I 1 — - - ™ J l — ^ ' - — ' j j j ^ * O 1 — ' -r v ^ ï — — . -- , J ) rl * ^ M _j — j v ' . "V .Li

-7 II . T> * ' --> \ . •" -^ f £ -, . "2 * I A ', • 15 f * • • T* * f '' ') — — _ ' ^ ^ v - z ' i ^ - . - r / j I i ^ * ï .D O ' -rO O Cr •"> --2 i- T » • «-t ., ~* ï r * - H I M T T * ~ I T II . TS -* ' "• * - T: £: í '"> - -' • ^ * . T} ~ ' · , ~ > - K . ' 1 1 . A " r T At^^-v-J.-. j. A - . » .L rt 1 ».^*u -± , v . ~_« í i - j v ^ ^ ^ / i a - ^ P ^ » — V j ^ ' T - 1 v f c - y i i J V > A ^ » - _ T i j . / i r i * v'n

L "5",T-'AL ''7 '' ; 33 ( 12 ! ; ï ' 1? "> ; Bí ' 12 ï ; 3$ ( 12 ) ', r ? ' 13 '• ; AT VAL "6", VAL "7 " ; 3 5 f 2 : ; 3 5 ( 3 : ; 2 ? ( 4 ) ; 2 ï '• 3 ' ; 33 ( 4 )5353 ??IMT AT VAL "3", VAL "7 " ; 3í '. 1 > ; B$ f 1 > ; ? . ' 2 ^ ; S* ( 1 i ; B t f 1 i ; AT VA

T M O »' t / * T M r? 1 1 , - O ^ f •« O N . T5 t' i - « ' ^ ^ » " O î î f ' ' " » ^ « "3 ï f * .- i . - ^ ^ ' '^ '^ • ''r"' T T > T I J ^ ^ M ' I A •»•-j w , V A -j / i ^ v \ A U / i D ^ l A U J i i ¿ ^ l x ^ / « u ^ ^ 4 . ^ > t J j - * , * ¿ L , J j r t A ^rt^j J.W , V H Li

tl *7 M . T> •*- í · \ · T > < ± C ' " · | > · " C c t f O í · T í * "* > • R. , '^ i *í^ K -r í j ü ^ v O / ) - ^ i - P ; o J > £ ) ^ ^ ^ > » I> »^ ^ "* >O'-'·C f T>'^T^^^^ ¿i"1"1 t f i - M - » - i M r r n - M F 7 l l - 1 ^ t ' ^ ^ - ^ i * - ' ' " t \ ^ ' - > > . - ^ = P - \ - ^ . , / ^ - ¡ . « m rrJ^^'s rj.v-.ii HA <>inj A¿. , líri-j í » i - "V\^- ; iJD^*.^ ; J - J V V A - ; j j j ^ ^ ^ - J i Aj v l ¿. > irii VA T i t - * ^ - » i i î T ^ T ! l ' ^ l t . · r ^ * - i ' ^ O ^ . T > * ^ ' 1 O ^ » T ^ î < · ' ^ ^ . r > < t - í ' I t ' ^ ' ^ . ' O ± ^ 1 ' ^ ^ . ^ f T ' T J ", T n - t ^ i t T ? A.-i ..o , ^ r t j _ i í ^ ^ ^ ^ ^ ^ ^ » ^ ^ l l O ^ ï U ^ í i O J i l i ^ ^ I ^ ^ ï í i ^ v l ^ ' j n * V M jj it , V A

* . — - •• . . --i •*• -- . - ^ + ' - , s . - . « - í r r¿ ^ ) J j v / ^ A J ' i * > v v ¿ - / ) A j ' í ' \ ¿ _ . > l i £ - i - . v

AL " I * " i /A j j " i " i 3^ í lo) « A>^ ^ 13) » A ^ ^ S ¿ — i iJ53( A 3 / iij-í 'C loJ ¡Ai V¿IAJ " l o " , v nT u »7 1 1 . • * * » * / / « \ . t> •* * ^ - "O **• / ^ 1 " O * , ' ^ 1 > - T · ^ Í ' ^ · . "DTT r r*TT'^'\ '— i i ^ - ¿ l ' ^ / i _ ' v ) V * - £ . ' » . ^ - v ' * - í ^ » — ' - f V - ^ J ï . D ^ M w - ' · A*LAUj.\ iVr - \ y t x \ - » ·C lT^T^*n A r ^ 1 f r \ •»• ' i , - > t T » * » l ' * ~ 7 1 1 . T ; t ' i T ï ^ f ' ' ^ - * ' 1 ' 1 ' ^ ^ T ^ - " s \ . ^ * * ' i * . * r ^ t T T »O "T: "O -. A A\ A i * A rtA V f l A J V ^ V ' r l A J í 1 À 5 ^ V l A j V \ i - > l L j ^ ' ^ · - . > I A í ' ^ ' \ A / í l r t i . V í l

L " l " , VAL "7" ;BvC 13) ;B4»( 12) ;B$( 1C) ;BÍ( 12) ,33Í 13) ;AT VAL "2", V AL "7" ; ¿£(Zï ;30Í 4) ;3v(3) ; 33- ( 3 ) ;B¿(3) ; AT VAL "3" , VAL "7" ;3í (6) ;B3(5) ;3v \ C > ] j i jC ío ) j O w C j i /

3 A /-s s-* •r^Tj.·r^ïm H.T» T T * T M i !1 T 1 " n "-f 1 1 • 13 k f — ^ • ' D ± ; f / ~ l . ~ *• > * T5 ** f ' * - "S ••* f /~^ 1 * \"1 ír A-rJ~ A Tv A »U A rti V o «• — jVn . ^ / J j i ^ v * - ; t A O * l ¿ . J í Í j ^ \ A ; » * Í ^ t A * » * > » ; l r f . J T A A V A

H — ' i ' T ' " - l ' ' " 7 l . ^ - i f ' - . \ . - - i » • t · ^ . V . · r s ^ - ' * ' ^ . ^ * -¡ O \ •" - ' **• - * r " T T • ^ M - It " ' T '*j_l O , » rt-J 1 J * J ^ V A O J l A > ^ ^ A f c - / ) l J * 4 > \ * O > Ï A J V É v i · - . . / 1 A , · - í · > . A O / l f l A Vr tAJ f«> , V ¿ 1 Í J

/ Í A 5 i * ' V ^ í / i * > H ' \ ' t a í > ¡ j J 4 ' ^ ' T : J í J 5 * í > ' i \ j ) i u * Í ' ( C « / Í r t A

" · ' i - ' i " 1 r Tl f c - / l r t . t . V1

t T I l 1 ^ > l t ! I \ T M *"? H . " i** f l í^1! • T> * f t ' ™ ' 1 » t T ï * ' ^ N • "D 1 í* " "^ i Z L J Í 1 ' • O ' i · *'""' ' T * T U « " « U Art *j * o ,vrt i j / ) A . ) w l i . M í > j u y * l A * - J i . D < v v i o ï j _ i - i - ' . ^ ^ ; > ^ * i i , A O í ï n J . vr t i j i -x i V HT n •-? M . •-• » f ' . t . "O ^ ^ - 1 / "* 1 " ' ' • « T í * - ' ^ s r" T " 1 ' i •< — l t * ' - M - ~ 7 l . — i * ' - T; *- i'-j í i ^ - ' , ^ j > i A J · v i , ^ , j A : ) - * > l

t · w ' > i J - i ^ v i - ± > i j j > * ' V - i > ï r l A vriij j.^> , v ¿i .É-I t I * J H ^ V ^ » / I ^ ' - * ' \

ò; i 3^ í S « ; 3 ^ t 3 ) ;z: (5)L 10 3 I \x-?<T AT T» A AJ

T T , - M "-7 M . 75 t ' t ï 4 - " s v '- - - T ï i' ' " V ? * ' « . . ' - ^ » r í >Vrt^ j ; » O ^ v 1 » A / ) Í J ' V ; f c _ y i «» -^ \ w* y > i j4 )k A V I A V - ^ ^ A ; I Í IA V r t

H *7 M . U •• 1 O ' ! . T > J > C ' ^ ' | . T > t 1 > f 1 ^ » · . · T ï > í ' 1 ' t ï ' ! · T > ' t - f r * ^ > ' \ · A T U¿T M Q H T T » T H- ' ' •' ' ·'-

j ^ · - ' S ^ > l * v 1 * ' l v ^ í ' » * J V ; - l J l i J ^ V V - A ^ » A > ^ ' ^ O / > r t A V A AJ O , V rt AJ t Ï A W k O / Í L » l · * ' V ^ J y ï * J

. -"• - "5 *• f~

AL V7","^ ""'' ;2Sf \2" ; I".*' 1? ' ; B r ' 13) ;B$v 12 ; ?î( 12' :A7 VAL "::",VA

_. "_",,."._. '' 7 " ; 3-Î ( . 3 i ; 2í , , ; ; 33 ' 12 ' ; 2 ï ' 7 ) ; B^ , 13, ; A » ,7 AL " 2 ', VA_ " 7 "

o x - ' D * ' i -^^^c;^_ / » —* - ^ _ , 1 — - ' \ O /

C Cf' •-> 1, -> T • • m \ rr, I ' ' ' . - i ' • i _ . • . Ï s . >-¿ 1 V ¿ - l J _ i i l a J · v x i ^ ï i . í ^ ' S i - V i i ^ ^ · ' i - . ; ! — i - ^ V i ^ i j j · f x ^ - . í i r i J . T ri

13) ;2*(7. ;33( 1?K ;BS(7) ;Bf 135 ; AT VAL "6", VAL "7"

. T, *. ' . N . -, *, / f-í — l - r - v - í l — i - T ^ . ;

O'O\xO ^ T - v ^ . t i r t j . vn*j O -1*1-1 ¿j t » ü · 4 ' \ . ^ J ' i I > ^ ' v j . / i ^ + > * l · _ . / i í } · v i » * ; ! , O H > * . M j í i i . ï - . i /r tT (t r"; M T T A - f M --7 ti . " '• / l O ^ » p í > < • ' ~ ^ ' i . ^ · · f / ' ^ ^ · T : ^ f 1 C l i i * ' r ï l · ' ' 7 ' i · \T* T T ^ T t i < , / N . i i i T -. r M-?ij C' , . f i ^ i / ) U · ^ l i O J i ! j · M . » w ' » D · * ' l i J ) U - » ' i l . O J > . t » ' - > V f J i H l V / l i j i W j V r t x j íK . - O * v f ' - , . 'ï • i -^ 1 . "tf * C ^ • "O t ' "* ^ • " > ' T ' s - i r * · r f « ^ , | · 1 ! T T n - r u "- n . -) ^ / (- i TJ ¿ ^ " . T î

i . \ *_ í i — ' v i, o ; i - j ^ v ' i O / » jj-v v o ; l a J - ^ - v ^ - » / » r i * *ria_t A J . , v r t i j i I J J M > * . O ; j j _ í - v \ ^ j ^ > ^

rti. v rt A

i ü ^ i o ) l i ^ ^ x ^ í } i Z a ^ x O / i && \ -x s i n j . V ri jj A--Í t v

H* " i i iy -P 1 * * > î B 4 ^ V 1 > Í J j · í ' k c - > i - D ^ V i ) t l > $ ( * - / i i - ix V

, Í À l i · - í · % k j . C < í ï £ í V \ i y i ^ - í ' l í J > í i A *rt*j iO j ^ r i a - j í

í - j v k w - i ^ r - v - i j i J ^ - v \ M > Ï i t * 4 > \ - X y i jj -í* I. -± > Í T Í J . V ¿i j_t A C3 9 v A j _ * i ii

i *. i n i •/ £-í~j ^ j ^ r t - - ! í i £ " V \ t - > Í , L > ^ í í ^ . J i . J t 4 > \ » l > » - - i ^ - x ^ ^ ^ i a D ^ x t - ^ i r t * V *i

n i » M ^T^ " 7 " ; 3 ^ ( 7 ) ; 3^ ( " N ; "^3 ( 7 ) ; "°^ *" 1 3 ) ; 3 ( "* 3 ) ; A'" V A L "° " V A L " T " î' "j j ^ \o i <. o

; > .2 v \ G J

Vri

v C * » - ï AJ T K O ; i w v v w /

t^^O j.' *^ A ix j. k i * J n*j O

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'»' rt jj

O%Jrt - ^ v j . i * . * i-i* YI-IJ-Í * . j » » i — t i i j O - * - \ ^ - > ) Z * ^ v \ c - y » ji 4- \ ^ ; i *> s . ; i J D ^ k ^ > j r i i V

*.!.*.* i .t. ri ¿ » r i — k '> > • f~l • f * r K * o n ' T \ Tî r t x v r t i j *w j v .'-x Li

i - * * '<. *J ¿ • A J. A

A ^ A ' V > I T : * jj 1\ ri n

615J i _ ^

. . . . . . n - l ? , 1 5 ; 4 ,

« ~tr . -M-^TT Q _ i - ^ r : -rjT^rn r:- "j^j.; pT? * 'T ^ or\ ^ • T-T ^m ^0 i - - - > : "^"^ \TJ 1 SC

T> » -n *y> crr; O/^« T ^ ' 7 i B T

^ t O ^ * - ^ x i * x ii\vJ,J.vt-vjÍ i. í n x i , O i O i H * -i, * * i O ï í i i "i, i *J i í irtj. - í , * _ . " ± » O^ -? C C: " , - ->Trn -^TTrTTC· 'S· - l . ^ r r t ^ O - Q - * " ~ * ^ •• ^ . * "i ^> í Q . - - . * rrt -, r - , ^ - , . - -•_ -— — i • j. . -, »* j. J.i\v'*rf-i.^--*j i 1 rl * ' u ^ y ' ^ ' l O t f l J . 'w , ^ w l * \ ^ ) ¿ l A . Kwi, A ^ ' ï i i J Í - l A O ^ •— ^J ) -*. ^~

i-S'-ï·-s^. T ^ f - s y n r m - r \ 'Ti · -^77^^«·" * . * r - i 1 ~ \ - s . i / ^ > , A r ^ ' O ' *~ i i n.rn 1 " ^ * • " ' " • « " C T 1~^> ' f~^ ~** ~^-. i í->\s ± j.\ .i. L\ *. 1 iv v >_. *v *_/ i_, 1 i n j. . ^_, ) ^> i i O j r\ x A . , i. *— ' j i. j: » i i j. •*• — i ^ k--' ) i %J j n i -. - j i— o

i -. * j. -w j. 4. * * j. * < * k í i o O *\ O ^J o w- j. • À Jl A ^ A * i

O·^-·W'w' J . J J > W A ^} O J J . í % > » jJaArtyií i -^ / ·^/ | \y· J-> JA ri ÍV s ^ ^ ~ " * . O v » J>a.k*~l*V b . ^ J ^ / f w ' · ÍÍJAÍ1MV V > ) -.O

s\ . T'T>^r" •"« C* i *7 •": . - "-i ¿v T f '"i - · - " \ . •^,»î-n n ^ * ! — ^ •-. i— . T \ ^ r t f r A -t j-". -, . •«.-'^vtTt T'^'T^ * * — — - - w j - . ^ o * *. -i. *-x i» V ) ~ " * - ^ - r — w- * o >. , * i -j • *-jTv¿-i<v v , ~ * ; - » r — - w * * i _ ,i l O ' ** ¿tA *V O , ~ 1 O W - * jjfj A M j . ^ , i iO ; L All v» O , ™ ' 1 OW • I j j W A 5w , A "Í i • i**wA*» «O/-,, - > . i-. T *-• m ^ c l i " . ""^ T1 , T * -. ^ ^ - \ . ^-,-^r^-i ^-r- r % / N . t , '-i A » •• ^ í% -^ ,v. •", -r /-M-. r- -7 3,\ > ] V * ^ ^ w A O >_J , 1 1 - * 4^>ArivV ^_ v^ \^ , v * i. J-t W j. w w -i O \y * ¿s *\t\v* ¿- vJ V , v^ • j. ij W j. ^J O , -^ •

•^•^,A » - -s -. / -^ . •^,·^-.r-i·l·t->t

l j.k n *v A- w , w - A i- i \^ A i1*,v— • " » , 1)"^ ·*- itî»>T rp y ^» r » -r f • ¿— f —, ,— {— — —, ¡— i—, T~» T X T < « — • - f * ™ ••" — i T~» i , i «^t < * ("• * . A *fi /N « «• ***i .^ w i1^ A *\ -. ü i Ai \ ih i I \ ÔA\ OOooi • 1 A j. 14 A A i1* V j_. j.\,O j- - j í-i 1 v-< , » j. i rt 4. W , j. "x i - i

í \ x v - - j j . o i O ) r t x 0,-_·»'»·wr iH.L O, i_.OiO

wÔw A AW * * * A I»*vll*xk^/^. i jri* -^ , v¿ i O i H A - i ^ j . - S ï í i r i A ™ 5 i C » i i - » ) f i J . - * jA . i - í Í3 )A i -s

O f k ^ i A A i f i A O j i O i X t a - i í i i O f A i i ^ w ' i n ^ O t i_^ ^ i j. i

i\ ¿. O ] *_i™/ » A -_¿

O »-v O •-' jT -\ 4. i 't ¿ ¿ ¿ » » - l i v t — *J_i A i X l A ^ i_> ) O 1 A O i ri — * k« i A O ï x í iiij. •L^î •"• ' ) A O l f l A 4. ^^ ) ^^ ^

616

PROGRAMA PRUEBA D

617

3>REH S*************************4 REM * Programa "Prueba-D"

G CLEAR 63199: LOAD "MLS"CODE 63200,173: LOAD "sys64"CODE 63401967: LOAD "ESTÍMULOS" DATA B$()3 POKE 23653,8: PEINT U5R 23760: CLS : PAUSE 19 LPRINT "PRUEBA-D:SINTESIS SEMÁNTICA"10 INPUT "NOMBRE: ";N$: INPUT "EDAD: »;ED11 LPRINT "SUJETO: ";N$;" ";"EDAD: "; ED12 LPRINT "====================================================

15B 32T- *t mf-*O i1» x O

**71 t

LPRINT : LPRINT TAB 2;"Num.";TAB 10 ; "ENSAYO" ;TAB 20; "TR1";TA;"TR2";TAB 47 ; "RESP. " ;TAB 57 ; "SOLUC . " ;TAB 67; " I . C. " ;TAB 75; "F

5C5152

13 LPRINT19 REM ¿CONSIGNAS*20 DIM C*(53,4,3): DIM Z(64,5)25 POR 1=1 TO 63 STEP 230 FOR J=l TO 435 READ A$40 LET C£(I,J)=A$45 LET CSU + 1, J)=C$( I, J)

NEXT J: NEXT IDATA " M A R R O N " , " " , " " , " "DATA " V E G E T A L " , " ", " " , " "B f> <"p A u * V ' *D * "* T O " •' " " l i M n

A A ¿i AiiHi\ i i-j-iU f « «

54 DATA " V E G E T A L " , " ", " " , " "55 DATA " V E R D E " , " " , " " , " "53 D A T A . " M I N E R A L " , " " , " " , ""C ""7 T^ A ""H t n T1 T f^\ l> M M it il II Ho / L'ATA ívJJU , , ,53 DATA " M I N E R A L " , " ", " ", " "59 DATA " V E G E T A L " , " B L A N C O " , " " , " "60 DATA " M A R R O N " , " S E C O " , » » , " "61 DATA " M I N E R A L " , " A M A R I L L O " , " " , " "62 DATA " J U G O S O " , - " V E R D E " , " " , " "63 DATA " V E G E T A L " , " N E G R O " , " " , " "64 DATA " S E C O " , " A M A R I L L O " , » " , " "65 DATA " M I N E R A L " , " G R I S " , " " , " "66 DATA "JUGOSO" , "ROJO" , " " , " "67 DATA "VEGETAL","MARRON","JUGOSO",'63 DATA "MINERAL","ROJO","SECO",""63 DATA "MINERAL","VERDE","SECO",""70 DATA "VEGETAL", "ROJO", "JUGOSO", ""71 DATA "VEGETAL","AMARILLO","JUGOSO1

72 DATA "MINERAL","ROJO","SECO",""73 DATA "MINERAL","MARRON","SECO",""

618

74 DATA "VEGETAL","VERDE","JUGOSO",""75 DATA "VEGETAL","AMARILLO","JUGOSO","BLANDO"76 DATA "MINERAL","GEIS","SECO","DURO"77 DATA "VEGETAL","KARBON","SECO","DURO"78 DATA "MINERAL","INCOLORO","JUGOSO","BLANDO"73 DATA "MINESAL","VERDE","SECO","DURO"80 DATA "VEGETAL","NECEO","SECO","BLANDO"81 DATA "VEGETAL","ROJO","JUGOSO","BLANDO"82 DATA "MINERAL","BLANCO","SECO","DUEO"83 DATA "MINEEAL","BLANCO","",""84 DATA "VEGETAL","MOEADO","JUGOSO",""85 EEM86 LET FÜ"ÑT=o"Lff~ST 1=ÒT~LÍT~ST2=037 LET F$=" ": LET G$=F£+F$: LET H$=F3-i-F$+F$+F$ : LET

83S3SC

O."

w Li

££S733

LETSEMT\ •" Mi/ 1 li

.u£. i\ . T > . F r

LETSEXF.E:;

U=3000: LET K=8050 :

P^S4)i — i iO o4

t i£.i=G4

LET

11C FIvIKT : PSIKT "Este programa pretende explorai- tu conceutraci¿n y û.eii.oriâ tediante una serie de ejercicios."115 FEIKT : FRIKT "Antes de comenzar cada, ejercicio escucharas u

r.a soital de aviso, al tieapo que aparece una ""ventana"" de fondoblai.co subie la pantalla, en la que pone:"120 FSINT : PKIKT : FSINT " PREGUNTA:"121 PLOT 8,80: DEAï 2CÛ.O: DSAW O,-24: DKAW -200,0: DSAW 0,24125 PKIKT : FEINT "Para hacer visible- la pregunta presionaras 1

a barra-ESPACIC con el dedo pulgar de la mano'q.ue desees, con 1o que aparecerá la pregunta,";130 PEINT "la cual permanecerá enpantalla hasta que vuelvas a pr-

esionar de nuevo la barra-ESFAC10"135 PEINT ttO;"PULSA TECLA PASA CONTINUAR": PAUSE 0: CLS140 PEINT " Al presionar por segunda vez está barra, desaparecer

a la pregunta y te mostrara un cuadro con palabras."145 PRINT : PRINT "Deberás observarlo y responder, en relación c

on la pregunta, SI o NO,";150 PEINT "presionando la letra""S"" con el dedo indice de la ma

no dere-cha (en caso afirmativo), o bien presionando la letra ""N"" con eldedo indice de la mano izquierda (en caso negativo)."152 PEINT " Luego introducirás el numero de posición de la palab

ra correcta."155 FEINT : PRINT "Los dedos participantes deberán estai sobre s

us coi respohclientestec las al oir la señal de aviso."1GO PEINT : FEINT "Es muy importante que pienses bieu cual e¿ la

619

respuesta correcta, pero también lo es la rapidez de respuesta."165 PRINT «0;" HARÁS UNOS ENSAYOS DE PRUEBA.": PAUSE 0: CLS170 BORDER 0: PAPER O200 REM201 REH *PC)SICION DEL "ÏTEN CRITICO*210 DIM A(68)220 FOR J=l TO 68230 READ X240 LET A(J)=X250 NEXT J260 DATA 1,0,1,0,4,0,3,0,10,0,7,0,17,0,20,0270 DATA 1,0,1,0,4,0,1,0,11,0,4,0,23,0,5,02SC DATA 1,0,1,0,3,0,2,0,6,0,13,0,14,0,18,0230 DATA 1,0,1,0,2,0,1,0,15,0,12,0,3,0,7,0,4,0,1,0234 RE;;235 CL3 : BORDEE 0~ PAPER 0 ~237 GG SUB 7CCC: REK ¿ENSAYOS DE PRUEBA*O O O T* TT V¿_ w w ¿.v !.. i i

seo REÍ: *KCDULO~LE"CÔKTROL*305 BORDER 0: PAPES 0: CLS310 IF EE=0 THEN GO SUB 4000: STOP

C oTG^ V t I • T > » rn ' *^ > T ™\ - L • f~* * \IÍ\= IT i K i v AuD'Ko* )

i1 iij-i\

35C IF P(XEX)=1 THEN LET EE=EE-1: GO SUB 500: GO TC 300^"7A T7^T' * — ' T'· ¡r-Ô Í W * W i \ O — A A W U't

>•* f~S /••. T " 1 P * « ^ T \ 1 f T " ' » T » X " T ^» * h f ~™ » t T . T T^ " J ' >• • T T* T™1 " ^ *"" **oo^ ir r v o ; = ¿ i nu* li£.i ív^.!*—J - ij£.i 0=0^- L¿. A i^z=*ir.~j.o o o v T v T T• W W W * * — í » i O

•?"*rr r1 n O T 'T? c '•· • rT7v TT v c* * v vÔw uU tj^*j wwv^ * AHü ·~£.à\*-ífiIU-"í-ir-ï—f íÔ r^,^ ."-ví-Sî. ^ST^ll »J T \ T T < ^ » T / ^ T\T^-r

o27 uü ió ouw ; r*r.M —AL iNxv-xü i; ni-

r- /N , T-,«,, ., -. T , „ ,,/-,í_, ,w^/w .\ .ii -i'.wi\*-íri I Ofcj'i"C /"> ~ T T^ rn ^ /«,T'*^ti»\ /**. * ' T^ •*• II IIt*Co Li j. r v NUA ; -O • aÊi K5-tr-^ T>^T".T7p p - p^'DTT1 '

515 LET PR=INT ((NEN/16)+ .99):•LET CB=NEN-(16*(PR-1 ))520 PAUSE 100: BEEP .5,7: PAUSE 50530 PRINT PAPER 7 ; AT 8,1;"540 PRINT PAPER 7;AT 9,1;" PREGUNTA:550 PRINT PAPER 7 ; AT 10,1;"560 PRINT PAPER 7;AT 11,1;"565 PAUSE 0570 IF INKEY$=CHR* (32) THEN CLS : GO TO 576575 IF INKEY$OCHR$ (32) THEN GO TO 565530 PRINT PAPER 7;AT 7,0;"591 PRINT PAPER 7;AT 8,0;"592 PRINT PAPER 7;AT 9,0;" HAY ALGO QUE SEA ?"594 PRINT PAPER 7;AT 10,0;"5S5 PRINT PAPER 7;AT 11,0;"596 PRINT PAPER 7;AT 12,0;"610 PRINT PAPER 7 ; AT 8,2 1 ;C3(NEN, 1)

620

012 PEINT PAPES 7;AT 9,21;C$(NEN,2)614 PEINT PAPES 7;AT 10,21 ;C$(NEN,3)616 PEINT PAPES 7;AT 11,21;C$(NEN,4)617 PLOT 159,113: DSAW 76,0: DRAW 0,-34: DSAW -76,0: DSAW 0,34620 PSINT USS 63295625 LET D1=((65230*PEEK 63291)+(PEEK 63292+256*PEEK 63293))635 CLS : PAUSE 1640 POKE 23557,8: POKE 23560,65645 PSINT USS 65321650 GO SUB 1000-rNEN655 LET R$=CHS$ (USS 63200)GSO LET D2=((S52SO*?EEK 63291)+(PEEK 63292+256*PEEK 63293))670 IF R$="!l" THEN LET S5="S": GO TO 630C'TC' T ir r» r — " T " mUT*' T P""1 r -t — M »T HD i --í i A &**"— ¿à i n¿»i% Í4Í j. A**»— i\

G32 IF S$="S" THEN IF NEN=C7 OS NEK=&3 THEN LET NUÎU1: GG TO 695

G£o IF S$="S" THEN IF NEN=S5 OS NEN=6G THEN GO SUB SOG: INPUT'•"•o1 <J

T1 î — " c* n¿» * — kJ T'C •"* TI v. *> A * "r, r* TÎ ,y· — y T ï-T T * * T"w"r ' V T * * / — i. r» n r^n ÍT* Qi r w ü / — i Aivl; U JD'x — ^± iniu L·±. i Ko ; .— i - uU J.U od

6c7 IF SS;="S" THEN GO SUB 800: INPUT "CUAL ?";NUK: GO TO 635RC^ IF R$="K" THEN LET NUK=0: CLS : PAUSE 1^ C. C n ^ O . T % * T T f - » ' ' 7 * . Ti'D't'T1 T T ^ ^ T C*í^~·'~'7oib oi-o - Trtooli i - r A A Iv i UoK oooo f-> r, /*, " r- í? > ¡ * - , / • « • » . r-T?v.' T ' ' » T t T , " T * 'PT'^P'I 'H'Q'™* —i \ / > J u w OÜ.D ¿ . w ' w O - A^.ii — ¿ v / i A r f L i H L»n r*£*O.TO.tLiDi.tt•-»'-/^ ">^% (-*T-^ •"^\ ' * \^ . "--^tr TlJT^·^T^lT^ \r A O O * " ! 1 " * T\^I^»/-\,-«i o ~ u w ¿vi; o^/Ou • ¿.cu — i f i X A i i i r . i A i i u n i v n i>n iUo —7SC r.ZTUSI»30C IF FLA3=1 AND NSK=S5 OS KEX=SS THEN SETUEN805 IF FLAG=1 AND NEN=67 OS NEX=6S THEN R E T U R N

.j -t-\ ¿¿.^o . J i, — j. O Zx A

i.\i \j>j10011002

( » A I

U :GO SUBGO SUB U

1003 GO SUB1004

PEINTPSINTFEINTPSINTPSINT

GO SUB I1005 GO SUB 19 i ; B * ( 3 S ) : RETURN1006 GO SUB K : PEINT6 ) ; 3 t ( 4 6 ) : RETURN

FEINT

FATES 7;AT 10, 14 ;E$(38): RETURK 'PAPEE 7;AT 10, 14;B$(58): RETURNPAPEE 7;AT 10, 14 ;B$(14): SETUSNPAPES 7;AT 10,14 ;B$l IS) : RETURNPAPES 7;AT 8,10 ;B$(29);B$(29); AT 10,10;B$(2

, JJ·V

IOCS GO SUB K:BS',2): RETURN3 COS GO SUE E: FEINT;AT 7, 7; Bit 36) ;Bf-(3S)í !1Z: ;AT i 1,7;Bi(36);1010 GO SUB E: PEINT

PAPEE 7;AT 8, 10;B$(46);B$(46); AT 10,10;BSC4

FAFES 7;AT 8, 10;B$(61 );B$(61); AT 10,1C;B*(5

PEINT PAPES 7;AT 8, 10;B$(2);B$(2); AT 10,10;Bî(2);

SAFES 7;AT 5, 7 ; B* ( 36 ) ;B$ ( 3S ) ; 3 i ! 3G ) ; B* ( 33 ) ;; 63(36) ;B$ (36) ;AT 9, 7 ; B$( 36 ) ; E$ (35) ;Bî ( 36 ) ; EB$(3Ê5 ;Bí ;36) ;B*(3Q) : RETURNPAPES 7 ; AT 5, 7;B* ( 9 ) ; B$ ( 9 ) ; Be (9 ) ; B$ ( 9 ) ; ; AT

7 , 7 ; Ei í S ) ; B5 í 3 J ; B* i 9 ) ; B* ; 3 ; ; AT 3 , 7 ; B$ ( 9 ) ; B í ( S ) ; 3* ; 3 ) ; B* ( S : ; AT li,

621

7 ;BS(9);BS(9);B$(9);B$(9): RETURN1011 GO SUB E: PRINT PAPER 7 ; AT 5,7;B$(51);B$(51);B*<51);BS(51);;AT 7,7;B$(51);B$(51);B$(32);B$(51);AT 9,7;BS(51);B$(51);B$(51);B$(51);AT 11,7;BS(51);BS(51);BS(51);B$(51): RETURN1012 GO SUB E: PRINT PAPER 7;AT 5,7 ;BS(62);B$(62);B$(62);BS(62);; AT 7,7 ;B$(62);BS(62);B$(62); 3$(62); AT 9,7 ;BS(62);BS(62); 3$(62); 3$(62);AT 11,7;BS(62);BS(62);B$(62);B$(62): RETURN1013 GO SUB D: PRINT PAPER 7 ; AT 5, l;BS(50);BS(50);B$(50);Bî ( 50);BS(50);;AT 7,1;BS(50);BS(50);BS(50);B$(50);B$(50);AT 9, 1;BS(50>;B$(50);BS(50);BS(50);BS(50); AT 11,l ;BS(50);BS(69);BS(50);BS(50); B*(50);AT 13,1;BS(50);BS(50);BS(50);B$(50);BS(50): RETURN1014 GO SUB D: PRINT PAPER 7 ; AT 5,l;BS(64);BS(64);B$(64);BS(64);BS(S4);;AT 7,1;BS(64);BS(64);BS(64);B$(64);BS(64);AT 9,1;BS(64);BS ( 64 ) ; BS ( 64 ; ; 3S ( 64 ) ; ES i, 64 ) ; AT 11, l ; BS ( 64 ) ; BS ( 64 ) ; BS ( 64 ) ; B* ( 64 ) ; ES(54);AT 13,1;BS(Ô4);3S(54);BS(64);B$(64);B$(64): RETURN1015 GO SUB D: PRINT PAPER 7 ; AT 5, l ; 3$í 50);ES(60);BS(60);BS(60);ES. ( 60 ) ; ; AT 7, l ; BS ( 60 ) ; BS ( 60 ) ; BS ( 60 ) ; 3$ ( 60 ) ; 3$ ( 60 ) ; AT 9, l ; BS ( 60 ) ; 3e ( SC ) ; Be ( SO ) ; El- ( £0 ) ; ES C 60 ) ; AT l i, l ; BS ( 60 ) ; BS ( 60 ) vES ( 60 ) ; BS C 60 Î ; ES(23);AT 13,i;LS(30);BS(60);BS(60);3S(60);BS(60): RETURN101C GO SUB D: PRINT PAPER 7 ; AT 5, 1;BS(34);BS(34); 3$(34);BS(34);Bar(34) ; ;AT 7, 1;B$(34) ;BS(34) ;B$(34) ;B$(34) ;BS(34) ;AT 9, 1;B$(34) ;BS(24);BS(34 Î ; ES(34); EC i34); AT 11, 1 ;BS(34);BS(34);3S(34);B$(34); 3$( 34 Î ; AT 13, 1 ; 35 '. 34 ) ; EC ( 34 5 ; 3$ ( 34 ) ; BS ( 34 ) ; BS ( 34 ) : RETURN

1C 19 GO SUB U: PRINT PAPER 7 ; AT ió' 14 ;BS(36) : RETURN1010 GO CUB U: PRINT PAPER 7 ; AT 10, 14 ;BS( 10): RETURN1020 GO SUB V: PRINT PAPEE 7;AT 10, 14 ; Bï ( 49 ) : RETURN1021 GO SUB K: PRINT PAPER 7;AT S,1C ;BS(33); ES(23); AT 10,10;BS(1w > i ÁJ -v \ *•* w / » ÍA Z. ~ w JT\ ÍH

1022 GO SUE K: PRINT PAPER 7;AT 3, 10;BS(23);BS(33); AT 10,10;BS(2

1C23 GO SUB K: PRINT PAPER 7 ; AT 3, 10 ;3S(71);BS(20); AT 10,10;3$(6

1024 GO SUB u: PRINT PAPES 7;AT S, 10 ;BS(63) ;BSí 27) ; AT 10,10;BS(20);BS(63): RETURN1C2Ô GO SUB E: PRINT PAPER 7;AT 5,7 ;BS(11); 3$(16);B$(11);BS( 16);;AT 7,7;B$(S4);B$(11);BS(64);BS(IS);AT 9,7;BS( 11);BS(64);BS(46);3í(64);AT 11,7;BS(16);BS( 11);BSC64);BS( 16): RETURN1026 GO SUB E: PRINT PAPER 7;AT 5,7;BS(11);B$( 16);B$(64);BS(11 );;AT 7,7;BS(16);BS(11);B$(16);BS(64);AT 9,7;BS(11);B$(64);3$(64);BS(11);AT 11,7;3S(64);3$(16);BS(11);B$(16): RETURN1027 GO SU3 E: PRINT PAPER 7 ; AT 5,7 ;BS(6);BS(43);BS(33);BS(40); ;AT 7,7;B$(49);3$(39);B$(6);B$(49);AT 9,7;B$(39);B$(6);B$(49);BS(39);AT 11,7;3S(S);BS(33);BS(6);BS(43): RETURN1028 GO SUB

622

(48);AT 13,1;B$(53);B$(485;B$(59);BS(53);BS(53): RETURN1030 GO SUB D: PRINT PAPES 7;AT 5,1;B$(48);BS(53);BS(58);BS(48);BS(53);;AT 7,1;B$(53);BS(58);BS(48);BS(53);B$(48);AT 9,1;BS(4S);B$(53);BS(53);BS(48);BS(53); AT 11, 1 ;BS(58);B$(48);BS(58);BS(53 5 ;BS(48);AT 13,1;BS(53);B$(58);B$(48);BS(58);B$(48): RETURN1031 GO SUB D: PRINT PAPER 7;AT 5,l;B$(34);BS(393;B$(34);BS(39);BS(65); ; AT 7,l ;BS(70);BS(39);BS(70);BS(34);BS(39); AT 9, l ;B$(39); B$(70);BS(34);BS(393;BS(703;AT 11,1;B$(70);BS(34);BS(39);BS(70);3S(34);AT 13, 1;BS(39);3$(34);B$(70);BS(34);BS(70): RETURN1032 GO SUB D: FEINT PAPER 7 ; AT 5,l;B$(70);BS(70);BS(34);BS(39);BS(34); AT 7,l ;BS(34);BS(70);BS(39);BS(70);BS(39); AT 9,l ;BS(70);BS(33); 3$(34);BS(70);BS(39); AT 11, l ;BS(34);BS(70);BS C 39);BS(34);BS(335;AT 13, l;BS(39);BSC34);3S(703;BS(33);BS(70): SETUSN« /> <~M-%iÔO« rv/-\ mlVO*X

« /*VOC

f r\ c ¿C1

0.^^-01 f\^~V1 wO f

7 \ ^\ .*.) ; r>~* /ôoi WwC

3 i ; Bî1033i y * A^î r\ ^ J. V3V

c > ; «j*ii f\ f *¿Ui i.. .« T> "7, f-> i 1

c ' p**1 >• i O O .'

10-i_. * iT» *» A o. í

GOGGGOGGGC: ( 3GO

• ( Go U W

( ""GO

^ iGO,7;A 'uO,7

C"T"Dboji«•»••a• W *>

C"TT!

O Ü D/•• T" - sO O Z*

3) :SUB

3) :C""*>w w ^ >

<-M T T5OOJJ

7) :SU 3

;B î (r u

oUB; E $ ( '

T TU

U

t t

Ut rl\

SEK

SEK

KSE£

10^» 'E

45

'•

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:r"

r**

;

¿;

)

*

)

T? r*- " ï T T*r x». i i\ iT'T' ^ t'T«r .u j. u iFEINTFSINTF E I N T

"JSNFSINT

"JSNFS INT

•p 7\ * »IT«A Î». i l\ í

uSi\

FSINT;BS(39)

B r f /> o \ ••4- \ -uu i >

PS I NT

PAFESPAPESPAPESPAPESPAFES

PAPES

PAPES

PAFES

PAFES;E$(45)

B Î f *. O > -V V 1 W t |

^ ¿ TT T*« H j. I-A\

;ES( 10)

7 ;AT 10, 14;3S(49) : RETURN7;AT 10, 14;ES( 12) : SETUSN7 ; A T 10, 14;B$(63) : EETUEN7; AT 10, 14 ;BSC63) : SETUSN7; AT o, 10;B3Í69) ; B $ ( 5 i ) ; AT 10,10

7;AT 8, 10;E3(30) ;B$(51) ;AT 10,10

7;AT S, 10;BS(35) ;BS( 19) ;AT 10,10

7;AT 8, 10;3$(37) ;BS(57) ;AT 10,10

7 ; AT 5 , 7 ; BS ( 69 ) ; BS ( 45 ) ; BS í 43 ) ; BS; B S ( 4 0 3 ; A T 9,7 ; Bs( 70) ;BS ( 69) ;BS(

BS ( 70 ) ; BS í 63 ) : SETUSX7 ; AT 5, 7 ;BS ( 40 ) ;BS( 69 ) ;B$ (70) ; BS; BS ( C3 ) ; AT 9 , 7 ; BS ( 69 ) ; BS ( 53 ) ; B* í

1

%

*

1

(4

(4

BS

BS

3$

BS

/• ."i*±V

03

400)

(

(

(

(

)í

)

1

2

6

5

2

1

B

«

B11,7;B$(70);B£(10);3$(48);B$(e9): RETURN

1043 GO SU3 E: PRINT PAFES 7;AT 5,7;B*(27);B$(69);B$(27);B$(6S);;AT 7,7;B$(54);Bï(35);B$(69);B£(22);AT 9,7;B$(51);BS(22);B$(54);Bï í 35); AT 11,7;B2(63Î ;BS(51) ;3a.(6S5 ;B$(27) : SETUSN1044 GO SUB E: PRINT PAPES 7 ; AT 5,7 ;B$(51 );BS(66);B$(69);B$(22);; AT 7,7 ;BS(54);B*(27);B$(35);B$(69); AT 9,7 ;B$(35);B*(54);B$(27); B$(6S);AT 11,7;B$(22);B$(27);B$(66);B$(51): RETURN1045 GO SUB D: PRINT PAFES 7 ; AT 5, 1 ; B$ ( 59 ) ; BS ( 49 ) ; B$ ( 16 ) ; BS '- 58 ) ;B$( 12);;AT 7,1;B$(17);B$(46);B$(17);B$(49);B$( 17); AT 9, 1;B$( 16);B$(71);B$(46);B$(63);B$(16);AT 11, 1 ;B$(12);B$( 16);B3(12);B*(71);3$(46);AT 13, 1;B$(49);B$(71);B$(46);B$(17);B$(59): RETURN1046 GO SUB D: FSINT PAPER 7;AT 5,1;B$(49); 3$(12);B$(71);B$i 17);B$(46);AT 7,1;B$(59);B$(17);B$(16);B$(49);B$(12);AT 9,1;B$(49);B*( 16);BS(59);B$(4S);BS(59);AT 11, 1 ;B$(71 );B$( 12);B$(16);B$(43);B*(71);AT 13, 1;Bit 49);Bi(16);B$(46);B$(59);B$(17): RETURN1G47 GO SUB D: FEINT PAPES 7;AT 5,1;B$(39);BS(23);34(4S!;B¿(27};B$! 45 ! ; AT 7, 1 ;B$(45);BS(33);BS(27);Bi(39);BS(47); AT 9, 1 ;B$! 40);B$( 23 ) ; Bî- ( 33 ) ; BS ( 45 ) ; B¿ ( 43 ; ; AT 11, 1 ; E$ ( 23 ) ; B$ ( 48 ) ; B¿ ( 71 ) ; B$ ( 40 ) ; Bi !23); AT 13, 1;B*(27) ;Bî-(47) ;B*(47) ;BS(27) ;B3(40) : SETUSN

r« * r*TT~ 1<rs. ^•n-r*i»Fn T>*'r>Trw' *7 . * **"» C 1.·D·*^'Ô^.^··TÍ/*C;^.Tî-±,'''^^.T^-.,··-^·fc7^.U W O^^ jj • J T X i i i V l I ni £.r» i i fi *. — - , i . i i / ' 4 - \ O C J ; i O ^ ' ^ ' i O J i J j - ^ \ ' : a s > y » i J ^ ^ ^ i ; i

623

B$(23); ; AT 7,l ;B$(48);B$(47);B$(23);B$(39);B$(40); AT 9, l ;B$(45 ) ; B$(39);BS(48);B$(45);B$ C 45); AT 11, 1 ;B$(48);B$(27);B$(47);B$(23);B$(23);AT 13,1;B$(27);B$(40);B$(45);B$(47);B$(47): RETURN

SUB U: PRINT PAPER 7 ; AT 10, 14;B$(21): RETURNPRINTPRINT

SUBSUB

1049 GO1050 GO SUB1051 GO SUB1052 GO

GO1053> ;BS(3)1054 GO) ; B$ ( S )1055 GO; B3 ( 43 5105G GO

UUUK

RETURNSUB K:RETURN

SUB K:

PRINTPRINT;PRINTíPRINT

•jPRINT

PAPERPAPER

PAPER

PAPER

PAPER

PAPER 7;AT 10, 14;B$(40):PAPER 7 ; AT 10, 14 ; B$ ( 32 ) :

7;AT 10,14;B$(23):

RETURNRETURNRETURN

7;AT 8, 10;B$(4S) ;B$( 10) ;AT 10,10;E$(7

7;AT 8, 10;B$(50) ;B$(7) ;AT 10,10;B3í33

7;AT 8, 10;B$(2) ;B$(3) ;AT 10,10;BS(51)

7;AT 8, 10;B*( IS) ;B£(23) ; AT 10,10;LS-(2

PAPER 7; AT 5,7;B$(57) ;B$(51) ; ';B$ í 53 )

.• AÏ, i O A

SUB K:S);B*(71): RETURN1057 GO SUB E: PRIN; AT 7 , 7 ; BS ( 23 ) ; 3* ( 40 ) ; B* ( 33 ) ; B3 ( 26 ) ; AT 9 , 7 ; B* ( 32 ) ; B$ ( 4 1 ) ; B* ( 70 ) ; B$ C 35 ) ; AT 1 1 , 7 ; B$ ( 5 ) ; B$ ( 43 ) ; B£ ( 27 ) ; B3 ( 5S ) : RETURN1053 GO SUB E: PRINT PAPER 7;AT 5, 7 ; B$ ( 5 1 ) ; BS ( 30) ;B$ ( 70 ) ;B3 ( 23 ) ;;AT 7,7;B$(4C5 ;E$(59) ;B$(26) ;BS(41) ; AT 9,7;B$C32) ;B£(35) ;B$(53) ;B$(48) i AT 11,7;B$(39);BSC57) ;B$(43);B$(5): RETURN1053;AT 125) ; A10GO* T1 *~t/-. . i ,

GO',7;.T ]GO"7 • Tt 1 ¿.

CM T^Q •£• .*JU¿ Ü •

;BS(24). 1 , 7 ; Bi iSUB E:',$( IS) ;ï

PRINT;B$(43): 12) ;E$iPRINT

/*»' V <J¿. ) \ 4

PAPER;B$(64)[425 ;B$PAPERü k 44 ) ;

7;AT 5,;B$(3) ;(56) ;BS7;AT 5,Bî- ( 12 ) ;

7;Bi(AT 9,(445 :7;BS(AT 9.

52)7;BRE43)f Í j->

;B£(31)$(33) ;BTURN; BS ( 24 )

;BS( IS$(6) ;B

;BS(S)

) ;BS( IB$(59) ;B

;B$(64)

) ;$(

« 1

»«ix > ri-

1CS1 GO SUB E: PRINT PAPER 7; AT 5, 1 ; Bî ( 35 ) ; BS ( 4 1 ) ; E$ C 12 ) ;E* ( 20 ) ;BS ( 5 1 ) ; AT 7 , 1 ; Bí ( 27 ) ; B$ ( 66 ) ; Bí- ( 45 ï ; BS ( 69 ) ; B$ ( 12 ) ; AT 9 , 1 ; E ï ( 30 ) ; BS(45);BS(23);BS(20);3*C17) 11, l;B5(20) ;B*(72) 12) ;B*(63) ;Bí (7); AT 13, UBSC27) ; BS ( 3 ) ;Bi(72) ; B$ ( 4 1 ) ;B$(27) : RETURN1062 GO SUB D: PRINT PAPER 7 ; AT'5, 1 ;B3(355 ; 3*(SS5 ;Bi(S3); Be(305 ;BSÍ72);AT 7, l;B$(41);B$C 12);B$C7);B$(45);B$(51);A7 9, 1;BSC23);B$(S); ES(S3); ES(35 5 ;B$(72 5 ; AT 11,1 ;BS(20 5 ; B* C 20 5 ;B$(27 5 ;B*(3 5 ; ES(20 5;AT 13, 1;B$(72);B$(30);B$(45);B$(66);B$(35): RETURN1063 GO SUB D: PRINT PAPER 7;AT 5, 1 ;B3(41 );BS(3);B*( 1 );BS(31 ) ;E$(1);AT 7, 1;BS(40);B$(42);B$(40);BS(3);B$(59); AT 9,1;B$(53);Be(715;ES(31);BS(71);B$(31);AT 11, 1 ;B$(23);B$(44);B$(40);B$(44);B3C17);AT 13, 1;B$(13);33(6);B$(27);B3(56) ;B$i67): RETURN1064 GO SUB D: PRINT PAPER 7;AT 5, 1 ;B$(675;B$(445;B$(31);B£(235 ;B3(1); AT 7,1 ;BS(27);B$(40);B$(59);BS(23);B$(56); AT 9,1 ;BS(56 î ; B*(17);Bî(IS); ES(405;B*(18);AT 11,1;B$(675;B$(23);B£(44);BS(675 ;B3(£);AT 13, 1;B$( 17);B$(41);BS(3);B3(71);B$(3): RETURN1065 GO SUB K: PRINT PAPER 7 ; AT 8, 10 ;B$(16);B$(235 ; AT 10,1C;BS(46);B$(15)l/-./-»/-* pn OTl w oo üu bC \ . * s*, i o " ^) ; r.* v 2o )

RETURN:INT PAPER 7;AT 3, 10 ;B3 (23) ;B$ ( 155 ; AT 10',

U: PRINT PAPER 7 ; AT\j • PRINT PAPER 7 ; AT

10, 14;B*( 13)1C, Z\£* i b I^i*

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3 PARA GRABAR DATOS"4050 PEINT SO;"PULSA TECLA PASA GEABAS": PAUSE 0: CLS40GO SAVE "DAT03:S-P" DATA ZU4070 PEINT AT 10,l ;"REBOBINA. ESTOY EN VERIFY"4030 VERIFY "DATOS:3-P" DATA ZO4030

4033500050055010e; fs o/*%> w \>50225023502-1C '•'••C~J^¿_->

5027

PRINT

REH

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REHB /" T% *>> " ^ f\ "% A * T™ uADx;.\ 0: rArEA

FOR i=l TO 63BORDER C: PAPERT? •»-» T HT^^r AI i« i.PRINT^ — * T lit mI li i 1\ 1

PRINTPRINT

PAPERPAPERPAPERPAPER

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r* /^ <^Tf»* C «(J\J W U £ W *

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-rr / - \ y _ - .* u *

9000 PH I NT !N'K;T?HS5337: PHIKT PAPE? 7; INVEBSE 1;AT 7,10;1;^r** f^ , ,~. , ^ t ¿ m m ^ , - X j í ^ ( A r T , . , * r+ , S . ^.^.^T»^«*,,^».. -s «^-vw f T^.f^ s > f

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O í l ^ P ^ T » f T P ^ I ^ T T P "7« T>f^7TT'i?C'^" 1 I A T O C · · O - A ' " o t o . l ^ N · . « ' ^ o l O ' t ' - n ^¿ i i w r A i i« 1 Jrnrr.xi i « i »* v ¿.rvoz. i t A i o , o i c; i r> i o t ^ ^ . i i w i H ^ o i i >-i > i - i n .3 2- ; 1 * ^ * ^ C T"»-*-»"^ 'O·r^T'T* *7- r t ' ? l t r^> ''· T V T ' t T T ^ C * T » . ^ ' * * « i ^ . « o · * T 1 4 * i ' ^ . f ^ * í . f ^w . . — r i. i i» » r ni _A ' i I n* i. A l i i 1\ v üivwi. i i n i. ¿ i j ^ i . ^ i n l i * i 4 b i A * s t n x

11, 1C ¡ lo i AT 1 1 « 24 í i o • i ï\ v Xv_í¿ O • 2x,TJSi\3200 FEINT ÏKK C;USS 653379201 PSIN'T PAPSB 7; INVEP.SE 1 ; AT 5,0; 1;AT 5,6;2;AT 5, 12;3;AT 5,1S;4;AT 5, 24; 53205 PEINT PAPES 7; INVESSE 1;AT 7,0;6;AT 7,8;7;AT 7,12;8;AT 7,1S;9;AT 7,24; 109210 PEIK7 PAPES 7; IKVESSE 1;AT 9,0;11;AT 3,6;12;AT 9,12; 13;AT9, 13; 14;AT 9,24; 159215 PSIKT PAPES 7; IKVESSE 1;AT 11,0; 16; AT 11, 6; 17; AT 11,12:13;* m 11 1 Q • 1 O • AT I t *?£ - *****n A * * t * w * A w t f i l ii|*.ií»fc.V

3220 PEIKT PAPES 7; IKVES3E 1;AT 13,0;21;AT 13,6;22;AT 13,12;23;AT 13,18;24-;AT 13t24;25: INV2R5E O: RHCUHN

626

SUBRUTINAS:

- GRÁFICOS DEFINIDOS POR EL USUARIO (B.D.U.)

- PRUEBA DE DISCRIMINABILIDAD

- MILISE6UNDERO (MLS)

62?

2345678910

DATA1415

DATA1920

DATA2425

DATA.¿O

2930

DATA3435

DATA3940

DATA4445

DATA48

4950

DATA5455

DATA5960

DATA6465

DATADO69

\Lt i£t vp J< lAí Uj vL- -i» • Jj vU %lj •J' *V ^V -t* '-¿' ^V "-t '•l· 4f 4^ P

REH *REH * SUBRUTINA G.D.U.REH *REH * CARACTERES DEREH * DOBLE GROSORREH *

REH -Xfinal·layuscula (A-grafica)-RESTORE 10: FOR N=0 TO 7: READ A130,68,40,16,40,68, 130,0REH -XgruesaHayuscul(B-Gr)-RESTORE 15: FOR N=0 TO 7: READ A195, 102,60,24,60, 102, 195,0REH -XfinaHinuscul(C-Gr)-RESTORE 20: FOR N=0 TO 7: READ A0,0,72,48,48,72,0,0REH -XgruesaHinuscul(D-Gr)-RESTORE 25: FOR N=0 TO 7: READ0,0, 108,56,56, 108,0,0

REH -TfinaHayus (Egrafica)RESTORE 30: FOR N=0 TO 7: READ A254, 16, 16, 16, 16, 16, 16,0REH -TgruesaHayus (Fgrafica)RESTORE 35: FOR N=0 TO 7: READ A255,255,24,24,24,24,24,0REH -TfinaHinus (Ggrafica)RESTORE 40: FOR N=0 TO 7: READ A16,16,124,16,16,20,24,0REH -TgruesaHinusCHgraf ica)RESTORE 45: FOR N=0 TO 7: READ A24,24,126,126,24,26,30,0REM ¡K itC ïfCïKîtC ^ îfc ^ îJC; ; ^ ^REH -Hf inaHayusC Igraf ica)RESTORE 50: FOR N=0 TO 7:130, 130, 130,254, 130, 130, 130,0REH -HgruesaHayus( Jgraf ica)RESTORE 55: FOR N=0 TO 7: READ A195, 195, 195,255,255, 195, 195,0REH -Hf inaHinus(Kgraf ica )RESTORE 60: FOR N=0 TO 7: READ A64,64,64,120,68,68,68,0REH -HgruesaHinus(Lgraf ica)RESTORE 65: FOR N=0 TO 7: READ A96,96,96,124,126,102,102,0REH % % *t* *K îjc K c % %• % REH -Vf inaHayus(Hgraf ica)

POKE USR " "+N,A: NEXT

POKE USR

POKE USR

A: POKE USR

"+N,A: NEXT N:

+N,A: NEXT

"+N,A: NEXT

POKE

POKE

POKE

POKE

USR "

USR "

USR "

USR "

"+N,

11 +N,

"+N,

"+N,

A:

A:

A:

A:

NEXT

NEXT

NEXT

NEXT

N

N

N

N

READ A: POKE USR " "+N,A: NEXT N:

POKE USR " "+N,A: NEXT

POKE USR " "+N,A: NEXT H

POKE USR " "+N,A: NEXT N

628

70 RESTORE 70: FOR N=0 TO 7: READ A: POKE USR " "+N.A: NEXT N:DATA 130,130,68,68,40,40,16,0

74 REM -VgruesaHayusCNgrafi)75 RESTORE 75: FOR N=0 TO 7: READ A: POKE USR " "+N,A: NEXT N :DATA 195,195,102,102,102,60,24,079 REH -Vfinal·linus(0grafi)80 RESTORE 80: FOR N=0 TO 7: READ A: POKE USR " "+N,A: NEXT N:

DATA 0,0,68,68,40,16,0,084 REH -VgruesaHinus(Pgrafi)85 RESTORE 85: FOR N=0 TO 7: READ A: POKE USR " "+N,A: NEXT N:

DATA 0,0,102,102,60,24,0,099 REH ***********************100 PRINT "110 LOAD "ANAL-PCTV"120 RUN 1

629

- PRUEBA DE DISCRIMINABILIDAD

650

6000>KEM *FRUEBA DE DISCRIMINABILIDAD*6010 GO SUB 65006020 PRINT6030 PRINT TAB 3; INK 1 ;"T";TAB 8; INK 2;"M";TAB 13; INK 4;"V";TAB 18; INK 2;"E";TAB 23; INK 1;"X";TAB 28; INK 4;"m"6040 GO SUB 65106050 PRINT "Que letras son ROJAS ?"6060 GO SUB 65206065 REH6070 GO SUB 6500: PRINT6080 PRINT TAB 3; INK 2;"x";TAB 8; INK 4;"v";TAB 13; INK l;"e";TAB 18; INK 2;"E";TAB 23; INK l;"t";TAB 28; INK 4;"T"6090 GO SUB 65106095 PRINT "Que letras son AZULES ?"6097 GO SUB 65206098 REH6100 GO SUB 6500: PRINT6105 PRINT TAB 3; INK 2;"x";TAB 8; INK 4;"v";TAB 13; INK l;"e";TAB 18; INK 2;"E";TAB 23; INK l;"t";TAB 28; INK 4;"T"6110 GO SUB 65106115 PRINT "Que letras son VERDES ?"6120 GO SUB 65206122 REH6130 GO SUB 6500: PRINT6135 PRINT TAB 3; INK 0;"x";TAB 8; INK 0;"v";TAB 13; INK 0;"e";TAB 18; INK 0;"E";TAB 23; INK 0;"t";TAB 28; INK 0;"T"6140 GO SUB 65106145 PRINT "Que letras son MAYÚSCULAS ?"6150 GO SUB 65206152 REH6160 GO SUB 6500: PRINT6165 PRINT TAB 3; INK 0;"V";TAB 8; INK 0;"v";TAB 13; INK 0;"e";TAB 18; INK 0;"E";TAB 23; INK 0;"t";TAB 28; INK 0;"T"6170 GO SUB 65106175 PRINT "Que letras son HINUSCULAS ?"6180 GO SUB 65206182 REH6190 GO SUB 6500: PRINT6195 PRINT TAB 3; INK 0;" ";TAB 8; INK 0;" ";TAB 13; INK 0;" ";TAB 18; INK 0;" ";TAB 23; INK 0;" ";TAB 28; INK 0;" "6200 GO SUB 65106205 PRINT "Que letras son GRUESAS ?"6210 GO SUB 65206212 REH6220 GO SUB 6500: PRINT6225 PRINT TAB 3; INK 0;" ";TAB 8; INK 0;" ";TAB 13; INK 0;" ";TAB 18; INK 0;" ";TAB 23; INK 0;" ";TAB 28; INK 0;" "6230 GO SUB 6510

631

6235 PEINT "Que letras son FINAS ?"6240 GO SUB 65206242 REM6250 STOP6500 PSINT INVERSE lîTAB 3;"1";TAB 8;"2";TAB 13;"3";TAB 18;"4";TAB 23;"5";TAB 28î"6 ": INVERSE 0: RETURN6510 PRINT : PRINT " " : PRINT : PRINT : PRINT : RETURN"6520 PRINT #0;"Respuesta oral y pulsa tecla": PAUSE 0: CLS : RETURN6999 REH

632

MILISEGUNDERO (MLS)

633

DESENSAMBLADO DE LA SÜBRUTINA "MLS" (milisegundero-cronómetro)

6320O632036320563207632106321163212632146321563217632186321963221A3'"""""''

632246322563226o3227632286323063231Ó

-"*" f~\ "T — _'.¿.OO

ó32346323663237r-*i-\~* 3O %,'*-•».' O

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006261-"-*— t

00352362187•"»•»••mf^

3530O062138«"»«-1 ,•««*_

58605038460005821432O0582544O167254402¿.000

LD hl,0LD e, OLD a,0LD (63291) ,aNOPNOPLD a,o2DEC aJR nZ,— 3NOPNOPLD a, 77DEC aJR nZ,— 3NOPNOPInC hlInC eLD a, 45CP cJR nZ,5InC hlLD e,0ÍSOPNOPLD a, 255CP dJR nZ, 14LD a, (63291)InC aLD (63291) ,aLD h,OLD 1,0NOPNOPNOPLD a, (23557)SUB 5JR nZ,-52NOPNOPLD a, (2356O)CP 9OJR Z, 10AND 1CP 77JR Z,5JR -68NOPNOPNOP

6328363286632876323863290632916329263293632946329563298633OO6330263305633O6633O7633O963310633126331363314633166331763319633206332163322o33230- o.i. o633266332363329O-s O-w* 1

633326%jw>o <6« 1 06-w<\.'*j>66-w'-w>c>o6334 1633426334563347633496335OOww«J 1

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6335563357633596336O6336163364Ó·u.··w·OÓ

w O w O O

63370

34167796201000O333062500O626132OO626132OO352362187-»»-j

"->*-

353000621883258605038460005821432OO5825440240

LD (63292), hlAND 1LD c,aLD b,ORETNQPNOPNOPNOPLD hl,0LD e, OLD a, OLD (63291) ,aNOPNOPLD a, 73DEC aJR nZ,-3NOPNOPLD a, 77DEC aJR nZ,-3NOPNOPInC hlInC eLD a, 45CP cJR nZ,5InC hlLD e,0NOPNOPLD a, 255CP aJR nZ, 14LD a, (63291)InC aLD (63291) „aLD h,0LD 1,0NOPNOPNOPLD a, (23557)SUB 5JR nZ,-52NOPNOPLD a, (23560)CP 32JR Z,-85JR -63NOP

634-

DESCRIPCIONES ESTADÍSTICAS DE LOS DATOS

635

CLAUE DE NOMBRES UTILIZADOS PARA VARIABLES;

44454647484950515253545550575B59606l62636405666768697071727374'75767778798081828384358687888990919293

HT1CODCGHT1CODLCIT1CODCGIT1CODLCT2HBCGT2HBLCT2IBCGT2IBLCTRTBCGHTRTBLCHTRTBCGITRTBLCIHRCCGHRCLCIRCCGIRCLCHEPBLCHEPBCGIEPBLCIEPBCGTCPPHTCPSHTCPPTTCPSIHTBPPHTBPSITBPPITBPSTEHPTEHSTEIPTEISHRPPHRPSIRPPIRPSEPPHEPSHEPPIEPSIPHTRPITRITR2PHTR2PITEPHTEPIRPHRPIHPEIPE

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=r=

S3

ZTRKA) +ZTRKB) +ZTRKF) +ZTRKE) +ZTR2<B) +ZTR2<A) +ZTR2<F) +ZTR2Œ) +ZTET(B) +ZTET(A) +ZTET(F) +ZTETŒ) +Ac i er tosAc i er tosAc i er tosAc i er tosE-f i cae i aEf i cae i aE-f i cae ¡ aE-f i cae i aZTRKA) +ZTRKC) +ZTRKE) +ZTRKG) +ZTR2<A) +ZTR2CC) +ZTR2Œ) +ZTR2<G) +ZTET(A) +ZTET(C) +ZTETŒ) +ZTET<G) +Ac i er tosAc i er tosAc i er tosAc i er tosE-f i cae i aE-f ¡ cae ¡ aE-f ¡ cae i aE-f i cae i aZTR1 <A+B>ZTRKE+F)ZTR2(A+B)ZTR2Œ+F)ZTET<A+B)ZTET<E+F)ZAc ¡ er t osZAc i er tosZE-f ¡ cae i aZE-f i cae ¡ a

ZTRKC) -,ZTRKD) Interacción:ZTRHH) Tipo tarea X For. consignaZTRKG) -iZTR2<D) -,ZTR2<C) Interacción:ZTR2<H) TipoZTR2<G) -1ZTET<D) -,

tarea X For. matriz

ZTET<C) Interacción:ZTET<H) TipoZTET<G) J(A) + Aciertos<A) + Aciertos<A) + Aciertos<A) + Aciertos<A) + E-f i cae i a(B) + Eficacia<E) + E-ficacia<F) + E-ficaciaZTRKB)ZTRKD)ZTRKF)ZTRKH)ZTR2ÍB)ZTR2(D)ZTR2<F)ZTR2CH)ZTET(B)ZTET(D)ZTET<F)ZTET(H)<A) +• Ac ertos<C) + Ac ertos<E) + Ac ertos<G) + Ac ertos

tarea X For. consigna

<C) -(O<C>(C) -

In teracc i ón :TITA X FICON

<C) T

(D)(G)<H) -

I n teracc i on :TITA X FICON

-j

(B):D>:F):H)

(A) + Ef cacia (B)(O + Ef cacia <(E) + Ef cacia <(G) + Ef cacia <+ ZTRKC+D) -+ ZTRKG+H)+ ZTR2<C+D)+ ZTR2<G+H)+ ZTETÍC+D)+ ZTET(G-fH)<Pr. A+B+C+D)<Pr. E+F+G+H)(Pr. A+B+C+D)<Pr. E+F+G+H) -

:D):F)H) -1

In teracc i ón :

Tipo de TareaX

N i v e l procès.

PP=proces .perceptPS=proces. semánt

Uar i abl es según"T p o de tarea"

PH= Categor i alPI= Anal óg i ca

636

DESCRIPTIVE STATISTICS

NUMBER OF CASES: 32 NUMBER OF VARIABLES: 93

DESCRIPCIÓN SIMPLE DE DATOS EXPERIMENTALES

NO. NAME N MEAN STD. DEU. MINIMUM MAXIMUM

12345678910111213141516171819202122232425262728293031323334353637383940414243

CLASIFICC.I .Vel oc .Lect .ZTR1 <Pr-A>ZTR2(Pr-A)Acier (Pr-A)ZTR1 (Pr-B)ZTR2(Pr-B)Acier (Pr-B)ZTR1 (Pr-C)ZTR2(Pr-C)Acier (Pr-C)ZTR1 (Pr-D)ZTR2(Pr-D)Acier (Pi — D)ZTR1 (Pr-E)ZTR2(Pr-E>Acier (Pr-E)ZTR1 (Pr-F)ETR2(Pr-F)Acier (Pr-F)ZTR1 (Pi — 6)ZTR2(Pr-G)Acier (Pi — 6)ZTR1 (Pr-H)ZTR2(Pr-HAcier (Pr-H)ZTET(Pr-A)ZTET(Pr-B)ZTET(Pr-C)Z TET (Pr-D)ZTET(Pr-E)ZTET(Pr-F)ZTET(Pr-G)ZTET(Pr-H)E-f icacia-AE-f icacia-BE-f icacia-CE f icacia-DE-f icacia-EE-f icacia-FE-f icacia-6Ef icacia-H

3232,3232323232323232323232323232323232323232323232323232323232323232323232323232323232

6106142

201414610104

53136625170463

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11016

101400141914

65308549049

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75321307552

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5242535385835

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.39206.742395.726116.921023.46713,14217,9701 ,

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637

NO. NAME N MEAN STD. DEU. MINIMUM MAXIMUM

4445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293

HT1CODCGHT1CODLCIT1CODCGIT1CODLCT2HBCGT2HBLCT2IBCGT2IBLCTRTBCGHTRTBLCHTRTBCGITRTBLCIHRCCGHRCLCIRCCGIRCLCHEPBLCHEPBCGIEPBLCIEPBCGTCPPHTCPSHTCPPTTCPSIHTBPPHTBPSITBPPITBPSTEHPTEHSTE I PTEISHRPPHRPSIRPPIRPSEPPHEPSHEPPIEPS IPHTRPITRTR2PHTR2PITEPHTEPIRPHRPIHPEIPE

3232323232323232323232323232323232323232323232323232323232323232323232323232323232323232323232323232

3226833291271887792496847342141344266388823827048

1 06334216669505776021076732

105108120115

3213520440187959541

338039313771265573172890780568129791265217456369611186081611684917748736587

112102117118

20598319771593412403

6518114384632078481121587127302921654335

214236

5257628337

.3750

.8750

.3750

.4375

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.7500

.2188

.2500

.6875

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.5938

.6875

.7500

.8750

.6875

.5938

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.6535

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.9063

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.2500

.1250

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.0938

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.9688

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.8783

.0489

.4671

.2500

.8125

.5625

.4688

.8125

.2813

.6250

.2813

.0566

.5160

158828922478131410111521532333838694804222693272947435484147617309045

9547

10022527455482335

1477201001758606471243183448370359166772155885289916430513228568213342

7856

6165937640793585

233140147689530236305465673750419216

1310

140917114

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.3440

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11908919528881429138379268533697846210307454023647630910110367857641994

859510698

1903911984102676213

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32588 -19729

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7699595606834565245623891221985235209566154713809891756431303809710192311911425

120120128127

637173350334247160306792966557184811383320541200503251554310762829804581721394317126114281171311642

125114126127

35523685122549723011

12204488094943574080193026547945282739759

237253

97220 ,48509 ,

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638

SUMA TRl/PRUEBA EN TAREAS DE RECONOCIMIENTO CATEGORIAL

NUMBER OF CASES: 32 NUMBER OF VARIABLES: l (Z TRI)

SUJETO

i234567a9101112Í314151017181920212223242526272829303132

TIEMPO DEPRUEBA-A

ATI2524014450542211011238952772423467941103452018691046711304091082771294057532126762312733318317446489630142434843416329023233431531414901415816612099710744115520220272920965976554120533214350

CODIFICACIPRUEBA-B

BT11912452342421142718275319788626588611083211924081422112517804098925312303118420011801010706617007617722321629696393183840 .1985418938110531881261919181100647479018685169913145569162329

ON DE LASPRUEBA-C

CT11855143249051481521225841011211924617929799043671079133510997072944592112121347600410084014587615018533756894770863411340007267010386774984104823104736728061302384253573711108885

CONSIGNASPRUEBA-D

DT1228521951691932932219222013482947972107891745361402291890161400611314171779852526512491441794562338302061213181501 90804178522198147172055169210128805140057190122153878225430125375151735297491

639

SUMA TRl/PRUEBA EN TAREAS DE RECONOCIMIENTO ANALÓGICO

NUMBER OF CASES: 32 NUMBER OF VARIABLES: 1 (E TRI)

TIEMPO DE CODIFICACIÓN DE LAS CONSIGNASSUJETO

1234567S91011121314151617181920212223242526272829303132

PRUEBA-E

1389891764101568231089791309712106601242661375381088692122681406961000022337832629132016171159571396847303020126296973130291161944111512136335138379142499223203138844336063146602258362315436

PRLIEBA-F '

7269210220475137501871481522138114090345446104038887991723087260054559115609618611085741300061775401123534444510077213595158678571697324990904106718938651422478881481889

1 65702

PRUEBA-G

541367731881070503846204212167263784590943963390718478383926264990871091001526056852528678041183224140664990714225018669144574867410210800416814022632683482221110104520

PRUEBA-H

6714811831863657568537877614387340526587117751612554228421665892536151045987970555764852181116279005258022764846677638564491577872494582989271228301048585631094672152245

640

SUMA TR2/PRUEBA EN TAREAS DE RECONOCIMIENTO CATEGORIAL

NUMBER OF CASES: 32 NUMBER OF VARIABLES: l (Z TR2)

TIEMPO DE BUSQUEDA-EJECUCIQN DE RESPUESTASSUJETO

123456789101112131415Ió17181920212223242526272829303132

PRUEBA-A

546513715968616858593189647959840608630810587098452699633292512733575033506171332716783021588857800715700428824248641799557459601492438568573128462268307552652211677857729272474809955861562164

PRUEBA-B

1984712228011680701783131835822681061858391662201247441331101012951461781467476028117482613685526381415436023428915627119967823839514701016364512393485050166749162329191619122415244642205203

PRUEBA-C

73377988657385449494346567816186950872731958218449007889858272900161584746282038583580526975818674437388316115278475992816171806675346307835564275970483902949244536701819456585358211008487773551

PRUEBA-D

345623299977554311495012571900763350833209507257301235522999514438478028426422208252817534511177792151725704987696575151559255574444421389415934486170351619735434572231708084515910862928605209

641

SUMA TR2/PRUEBA EN TAREAS DE RECONOCIMIENTO ANALÓGICO

NUMBER OF CASES: 32 NUMBER OF VARIABLES: l (S TR2)

TIEMPO DE BUSQUEDA-EJECUCION DE RESPUESTASSUJETO

1234567891011121314151617181920212223242526272829303132

PRUEBA-E

427869580561455151399772445773760905561041435695469251551993502413548294490385484147828531495223488985266258612190442517563516447764410789588854429552283307548352517973783288586975941491750105

PRUEBA-F

11622810120692428806321026832091251004587048914054911581170876159428102309673681268291310821359291197061328329360513027112491010742311009810431373378145892136538166519114884134791152088

PRUEBA-G

201914301768262908245220253394346658259826239858201670332186286492227130242808176478383910264582235840234902299892256074293594244282249910309540217080170716381562599592565748302170439498339422

PRUEBA-H

212043281081214956196727244447452422222301193211183529249603307574260553239790166208368554296358279976247518318522261555300645249847201700323005259380136929269058323302414710295662375247325252

642

SUMA TET/PRUEBA EN TAREAS DE RECONOCIMIENTO CATEGORIAL

NUMBER OF CASES: 32. NUMBER OF VARIABLES: 1 (S TET)

TIEMPO DE EJECUCIÓN TOTAL DE LAS RESPUESTASSUJETO

1234567S9101112131415le171819202l2223242526272B29303132

PRUEBA-A

79891411 al 02283795971708492520111874027411557889675573707637016210107044385814926003399103547720311265611100185211726828050897897939168065875827312945832654149938074138805869389315513631076394776514

PRUEBA-B

389716457043282341261066381468533992296671285460206166245627181704235431269778244481292836243921433890331583450585252664383518436936236391268963205195176968276813237119378470192328390211367532

PRUEBA-C

919293121147810026461066049779282106196980661668122755718598991783897168879152203159796988127385902689024910333461865415694051703521801534703453660294672032495117102918974298710758965783561082198882436

PRUEBA-D

574144395146747604716934773248105814710439986817934414647120156544996094456044074609031066678690633102598193182513058467659557377777725915934445851446149754916769255567261099335146412851014663902700

64-3

SUMA TET/PRUEBA EN TAREAS DE RECONOCIMIENTO ANALÓGICO

NUMBER OF CASES: 32 NUMBER OF VARIABLES: 1 (Z TET)

TIEMPO DE EJECUCIÓN TOTAL DE LAS RESPUESTASSUJETO PRUEBA-E PRUEBA-F PRUEBA-G PRUEBA-H

1234567891011121314151617181920212223242526272829303132

566858756971611974508751576744971565685307573233578120764261643109648296724168747O601030148611180628669339288813452539490693807609708522301725189567931425806771555656817111935173357711998531065541

1889202034101675651308192508354229361413611159352445872046102431842320281568681829771886902396562659352972462451851 38050231043260861166101167267177562164282252610230403308766203698216680317790

256050379086343978295604315436468330323610298952241303422904334330266392307798263587484062325150288368302706418214297480358584315704300096378684274566244818489566767732792074385652660608443942

27919139939927861325358032322359629526282725192226104537514559179032644529340527080644825935212236519435914540857431957737712931662324026437216233810423151136798544613251956B351972469919477497

NUMERO DE ACIERTOS EN PRUEBAS DE RECONOCIMIENTO CATEBORIAL

1/-\

•— '

4567891011121314151617181920•2ÍT-\

i-\-+

-*---1

2425262728293031-r*-%-."*_

3942575057555649495558615654546348405559555250535646545860626257

5858646261585956595861576059625958576162535852546255585857586362

4648445561565342505053555454565641514444526051485648475853575861

4162475153535141525452555249464646495044544947415249555152555452

64-5

NUMERO DE ACIERTOS EN PRUEBAS DE RECONOCIMIENTO ANALÓGICO

1•"—J

-'

45ò7a9101112131415161718192O21/-l/-\

/—j —r

2425262728293 O31-"n

5359596064625453575360595150494863636260586357576152616055585859

6061646262636162595958606353635861616261616059625453585860605959

5558626263616O45565757615755585064625962595960625749615457596159

5863645864646058535961646160636162626361616460626153626257616361

646

EFICACIA OBTENIDA EN TAREAS DE RECONOCIMIENTO CATEGORIAL

NUMBER OF CASES: 32 NUMBER OF VARIABLES: 1 (EFICACIA)

EFICACIA DEL PROCESAMIENTO EN LA TAREASUJETO

12345ó7891011121314151617181920212223242526272829303132

PRUEBA-A

20484.9727643.3814701 .0414341 .6816231 .6021589.1313234.9116101 .3711374.9013885.4710707.0711548.1610383.7911117.3916858.4112254.4626366.9025046.3021321 .4913645.5814359.8717630.8811751 .6413798.0010415.459021 .5914952.0915182.5215648.858892.9517361 .1913623.05

PRUEBA-B

6719.247880.054411 .584210.746253.579206.765028.325097.503494.344234.952978.754130.374496.304143.754723.164134.257480.865817.257386.644075.237236.197533.384545.984980.803309.603217.604772.644088.266639.823316.006193.835927.94

PRLIEBA-C

19984.6325239.1322787.4119382.7112775.1118963.7315219.1716219.6911143.7019798.3415829.6412523.479667.2411073.5015737.0215339.7521713.3920261 .6942395.8015773.8913529.2513358.9013793.2013756.1312000.5710314.9421897.6412810.1220299.9210146.6018658.5914466.16

PRIIEBA-D

14003.516373.3215906.4714057.5314589.5819965.0420470.5516629.108489.6913185.4612586.5211080.8211623.219406.1823188.6515013.7622303.9319016.8426116.9217408.0713662.5415767.1612626.4714271 .8011826.4410034.2016828.2914237.4317952.1911659.7318790.0617359.62

64-7

EFICACIA OBTENIDA EN TAREAS DE RECONOCIMIENTO ANALÓGICO

NUMBER OF CASES: 32 NUMBER OF VARIABLES: 1 (EFICACIA)

SUJETOEFICACIA DEL PROCESANIENTQ EN LA TAREAPRUEBA-E PRUEBA-F PRUEBA-G PRUEBA-H

12345678910111213141510171819202122232425262728293031

10695.4312830.0210372.448479.189011 .6315670.4012690.8710815.7210142.4614420.0210718.4810988.0714199.3714941 .2021023.4312732.929978.875385.5213120.198991 .5011962.199677.909163.1812722.619310.348188.5812648.4410946.9520351 .8412647.8820687.1218060.02

3148.673334.592618.202109.984045.736713.272317.391869.924145.543467.974192.833867.132489.973452.402995.084132.004359.594872.893954.602263 . 1 13787.594347.682815.272697.853288.193099.664355.343972.475146.103394.973672.545386.27

4655.456535.975548.034767.815006.927677.545393.506643.384308.987419.375865.444367.085399.964792.498345.906503.004505.754882.35-7088.374798.066077.695350.925001 .606107.814816.954996.298025.6714217.2613896.046536.4710829.647524.44

4813.646339.674353.334372.075050.369317.114380.454343.484925.386358.399701 .485100.704809.924513.437115.225772.495890.235792.666485.305238.976182.444947.234004.406002.615542.694368.135935.247195.689115.235770.037459.037827.82

648

SUMMARY STATISTICS FOR MARIATE<S);PLAN FACTORIAL MIXTO- SEXO X (TITA X NI PRO X FICON)

VARÍATE COUNT MEANITR1 256 136300ZTR2 256 411800ACIERTOS 256 56.36

STDERROR STD_DEV4664. 7462015600 2496000.3508 5.613

LEUEL 1 MARGINALS F.F. MIXTO; SEXO X (TITA X NI PRO X FICON)

FACTOR LEVELSEXO HOMBR

MUJER

FICON CONCG

CONLC

VARÍATEZTR1ZTR2ACIERTOSSTR1ZTR2ACIERTOS

ZTR1ZTR2ACIERTOSZTR1ZTR2ACIERTOS

COUNT MEAN128 1.3361E+5128 3.9275E+5128 56.1797128 1 -3896E+5128 4.3084E+5128 56.5469

128 l .2787E+5128 4.3327E+5128 56.6094128 l .4470E+5128 3.9032E+5128 56.1172

STDERROR STD_DEV6549.6935 74101.321820786.6790 2 .3517E+5

0.5068 5.73356659.2096 75340.355023230.9241 2.6283E+5

0.4868 5.5071

7151.817725084.1450

0.52115923.804618466.0958

0.4709

80913.57992.8379E+5

5.895767020.19772.0892E+5

5.3280

FIMA MACS

MALC

ZTR1STR2ACIERTOSETR1STR2SCIERTQS

128 l .2948E+5 5570.9467 63028.0655128 2.8076E+5 17691.8561128 57.3906128 l .4309E+5

128

2.0016E+50.4760 5.3848

7455.9261 84354.1726128 5.4283E+5 19851.4305

55.3359 0.50112.2459E+5

5.6698

NI PRO PERCEPT

SEMANT

ETR1ZTR2ACIERTOSSTR12TR2ACIERTOS

128 1.5090E+5 6872.5508 77754.0348128 3.5819E+5 21337.0445 2.4140E+5128 57.4609 0.4215 4.7685128 1.2167E+5 6062.8866 68593.7308128 4.6540E+5 21839.1638 2.4708E+5128 55.2656 0.5456 6.1727

64-9

CELL STATISTICS. PLAN FACTORIAL MIXTG; SEXG x<FICQNxFIMAxNIPRO)

FACTOR LEVELSEXO HOMBR==>FACTOR LEVELFICON CONCG

FACTOR LEVELFIMA MACG

FACTOR

NIPRO

==== >

LEVEL

PERCEPT

SEMANT

VARÍATE

STRlSTR2RENDÍSTRlSTR2RENDÍ

COUNT

161616161616

MEAN

95430.00001 . 1172E+560.5000

92169.37502.5558E+560.6875

STDERROR

12112.95459200

01472418500

0

.7041

.6831

.0807

.6400

.7622

STD

4845136802

25889674002

3

_DEV

.8179

.8165

.7325

.3228

.5599

.0489

FACTOR LEVELFIMA

FACTOR

NIPRO

=

_lin."*"*

= >FACTORFICON

_*_._ *•.

*""" *"*" """* .•*'

MALC

LEVEL

PERCEPT

SEMANT

LEVELCONLC

VARÍATE

STRlSTR2RENDÍSTRlSTR2RENDÍ

COUNT

161616161616

MEAN

1 .9406E+55.9772E+553.4375

1 .2766E+57.1382E+552.0625

STDERROR

2557930466

11759041868

1

.4842

.8640

.5863

.4198

.9230

.2599

STD_DEV

1 .0232E+51 .2187E+5

670361

.3453

.67931 .6748E+5

5.0394

FACTOR LEVELFIMA

FACTOR

NIPRO

MACG

LEVEL

PERCEPT

SEMANT

VARÍATE

STRlSTR2RENDÍ

STRlSTR2REND I

COUNT

161616

161616

MEAN

1 .3827E+51 .6221EH-559.4375

1 .9252E+55.0942E+550.3125

STDERROR

1443312106

0

1279144870

1

.9564

.0846

.5242

.6252

.6933

.3220

STD.

5773548424

2

_DEV

.8255

.3386

.0966

51166.50081 .794SE+5

5.2880

650

FACTOR LEVELFIMA MALC

i "*-

FACTORNI PRO

FACTORSEXO==>

FACTORFICON

==== >

LEVELPERCEPT

SEMANT

LEVELMUJER

LEVELCONCB

VARÍATESTRlSTR2RENDÍSTRlSTR2RENDÍ

COUNT161616

15

MEAN.6005E+5.2731E+555.6875

1668735.62501616

2.6418E+557.3125

STDERROR1250629224

1569313854

1

.6707

.2403

.2306

.9922

.4771

.1716

FACTOR LEVELFIMA

•w

FACTORNIPRO

MACB

LEVELPERCEPT

SEMANT


COUNT161616

11

MEAN.0377E+5.2395E+559.2500

1686190.50001616

2.S639E+560.9375

STDERROR96165792

0732416322

0

.6929

.8647

.6423

.1977

.5180

.6549

STD_50026.6828l . 1690E+5

4.922322775.968855417.9085

4.6864

STD_DEV38466.771723171.4590

2.569029296.790965290.0721

2.6196=====>

FACTORFIMA

LEVELMALC

FACTORNIPRO

LEVELPERCEPT

SEMANT


COUNT MEAN16 2.0877E+516 6.2249E+516 54.187516 1.1487E+516 7.5450E+516 51.8125

STDERROR25817.842740653.2525

1 .495016589.532566534.4049

1.5363

STD_DEVl .0327E+5l .6261E+5

5.980266358.13002.6614E+5

6.1451

651

FACTORFICON

LEVEL.CONLC

""" ~~ ~*~ "™* .•"

FACTORFIMA

LEVELMACG

FACTOR LEVEL VARÍATENIPRO PERCEPT STR1

STR2RENDÍ

SEMANT STRlSTR2RENDÍ

^ _• l mmi *V

FACTOR LEVELFIMA MALC

======>FACTOR LEVEL VARÍATENIPRO PERCEPT STRl

STR2RENDÍ

SEMANT STRlSTR2RENDÍ

COUNT MEAN STDERROR16 l .3499E+5 12461.937316 1.7871E+5 12455.024616 58.0000 0.841616 1.9248E+5 13761.642216 6.1808E+5 43214.040916 50.0000 1.0000

STD_DEV49847.749249820.0984

3.366555046.5688l.7286E+5

4.0000

COUNT MEAN16 1.7190E+516 5.4137E+516 59.18751 698685 . 750016 3.2124E+516 59.0000

STDERROR18864.854244052.2436

0.77041 452 1 . 80 1 830307.4644

0.8991

STD_DEV75459.4168l .7621E+5

3.081558087.2071l.2123E+5

3.5963

652

TABLAS ESTADÍSTICAS Y CUADROS RESUMEN DE LOS RESULTADOS

653

F. U.

ENTRE-SUJETOS

SEXO

INTRASUJETOS:

FICONC FI CON) x < SEXO)

FIMA<FIMA)x<SEXO)

NIPRO<NIPRO)x<SEXO)

FICON x FIMA<FICONxFIMA)xSEXO

FICON x NIPRO(FICONxNIPRO)xSEXO

FIMA x NIPRO(FIMAxNIPRO)xSEXO

FICONxFIMAxNIPRO< FCOxFMAxNI P) xSEXO

TOTAL

TSGK Hotel 1 ing)

1 .43

é4.455.12

592.4217.00

202.964. 76

146.454.43

74.213.60

347.283.62

187.751 .41

20625.4

g.] .

3, 28

3, 283, 28

3, 283, 28

3, 283, 23

3, 283, 28

3, 283, 28

3, 283, 28

3, 283, 28

3, 28

F

0.45

20.051 .59

184.315.48

63.141 .43

45.561 .38

23.091 .12

108.041 .13

58.410.44

6416.79

P

.7218

.0000

.2135

.0000

.0043

.0000

.2414

.0000

.2694

.0000

.3574

.0000

.3553

.0000

.7264

.0000

TABLA 1- MAIMOVA para un Plan Factorial Mixto. V.l.: a) Entre: Se__HO; b)Intra: "1" Formato ítem consigna; "2" Formato ítemsde la matriz; "3" Nivel de procesamiento. V.Ds.: ETRl/Prueba, ZTR2/Prueba y N2 Aciertos/Prueba.

554

ANALYSIS SUMMARY PLAN FACTORIAL MIXTO. (hoja-i)

THE FOLLOWING EFFECTS ARE COMPONENTS OF THE SPECIFIED LINEARMODEL FOR THE BETWEEN DESIGN. ESTIMATES AND TESTS OF HYPOTHE_SES FOR THESE EFFECTS CONCERN PARAMETERS OF THAT MODEL.

OVALL: GRAND MEANS: SEXO

THE FOLLOWING EFFECTS ARE COMPONENTS OF THE SPECIFIED LINEARMODEL FOR THE WITHIN DESIGN. ESTIMATES AND TESTS OF HYPOTHESES FOR THESE EFFECTS CONCERN PARAMETERS OF THAT MODEL.

OBS: WITHIN CASE MEANF: FICONA: FIMAN: NIPROFAFNANFAN

EFFECTS CONCERNING PARAMETERS OF THE COMBINED BETWEEN ANDWITHIN MODELS ARE THE COMBINATIONS (INTERACTIONS) OF EFFECTSIN BOTH MODELS.

655

BMDP4U PFMIXTO- SEXO X <TITA X NIPRQ X FICON). <hoja-2>

WITHIN EFFECT: OBS: WITHIN CASE MEAN

EFFECT VARÍATE STATISTIC F

OVALL: BRAND-ALL

STR1

STR2

RENDÍ

S: SEXOAI 1""HL. L.

STRl

STR2

RENDÍ

ERRORSTRl

STR2

RENDÍ

MEAN

TSQ=

SS=MS=

SS=MS=

SS=MS=

TSQ=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

20625.4 6416.79

4.754799E+124 . 754799E+ 1 2 367 . 00

4.341105E+134.341105E+13 613.40

813265.7851568 1 3265 . 785 1 56 1 7657 . 80

1.43464 0.45

1 .8293477E+91 .8293477E+9 0.14

9.288754E+109.288754E+10 1.31

8.6289068.628906 0.19

3.88672985E+111 .29557598E+10

2.12313741E+127.07712541E+10

1381 .7109375046.05703125

DF P

3,28 0.0000

1,30 0.0000

1,30 0.0000

1,30 0.0000

3,28 0.7218

1,30 0.7097

1,30 0.2610

1,30 0.6682

TABLA 1-bis.- MANOVA y ANOVAs para un Plan Factorial Mixto. V.l.:a)Entre: Sexo; b)Intra: "1" Formato ítem consigna; "2" For_mato ítems de la matriz; "3" Nivel de procesamiento. V.Ds.iZTR1/Prueba, ETR2/Prueba y N° Aciertos/Prueba, (continúa)

656

BMDP4U PFMIXTG- SEXO X (TITA X NIPRO X FICON). <hoja-3)

WITHIN EFFECT« F: FICON

EFFECT VARÍATE STATISTIC F DF P

F-ALL

STRl

STR2

RENDÍ

(F) X (S:-ALL —

STRl

STR2

RENDÍ

ERRORSTRl

STR2

RENDÍ

TSQ=

SS=MS=

SS=MS=

SS=MS=

SEXO)

— TSQ=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

64.4539 20.05 3,28 0.0000

1 .814386E+101.814386E+10 4.37 1,0 0.0452

1 .180980E+111 . 1 80980E+ 1 1 20 .75 1 , 30 0 . 000 1

15.5039061 5 . 503906 0 .83 1 , 30 0 . 3696

5.11743 1.59 3,28 0.2135

1 .1 69734 1E+91.1 69734 1E+9 0.28 1,30 0.5995

7.7063269E+97.7063269E+9 1.35 1,30 0.2538

15.5039061 5 . 503906 0 . 83 1 , 30 0 . 3696

1 .24586437E+114.152878760E+9

1 .70752307E+115.691740190E+9

560.6171875018.68723958

657

BMDP4V PFMIXTO- SEXO X (TITA X NIPRO X FICON) . ( <hoja-4)

WITHIN EFFECT: A: FIMA


A-ALL

STR1

STR2

RENDÍ

(A) X (S:

TSD=

SS=MS=

ss=MS=

SS=MS=

SEXO)

592.421 184.31

1 . 186381E+101.186381E+10 5.41

4.395538E+124.395538E+12 412.15

270.191406270.191406 26.56

3,28 0.0000

1,30 0.0270

1,30 0.0000

1,30 0.0000

-ALL

STR1

STR2

RENDÍ

ERRORSTR1

STR2

RENDÍ

TSQ=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

17.6023 5.48

1 .9970732E+91 .9970732E+9 0.91

9.9998646E+89.9998646E+8 0.09

71 .19140671.191406 7.00

6.58263658E+102.194211970E+9

3.19950096E+111 .06649980E+10

305.2421875010.17473958

3,28 0.0043

1,30 0.3477

1,30 0.7616

1,30 0.0129

658

BMDP4V PFMIXTO- SEXO X (TITA X NIPRO X FICON). (hoja-5)

WITHIN EFFECT: N: NIPRO


N-ALL

STRl

STR2

RENDÍ

(N) X (S:-ALL —

STRl

STR2

RENDÍ

ERRORSTRl

STR2

RENDÍ

TSQ=

SS=MS=

SS=MS=

SS=MS=

SEXO)

— TSQ=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

202.961 63.14

5.471027E+105.471027E+10 29.38

7.357041E+117.357041E+11 85.84

308.441406308.441406 25.31

4.75746 1.48

4.1951232E+84.1951232E+8 0.23

2.878696E+102.878696E+10 3.36

0.0351560.035156 0.00

5.58718684E+101 .862395423E+9

2.5712S462E+118.570943638E+9

365.6484375012.18828125

3,28 0.0000

1,30 0.0000

1,30 0.0000

1,30 0.0000

3,28 0.2414

1,30 0.6385

1,30 0.0768

1,30 0.9575

659

BMDP4V PFMIXTO- SEXO X (TITA X NIPRO X FICON) . (hoja-6)

WITHIN EFFECT: FA

EFFECT VARÍATE STATISTIC DF

FA-ALL

STR1

STR2

RENDÍ

(FA) X (S:-ALL

STR1

1

STR2

RENDÍ

ERRORSTR1

STR2

RENDÍ

TSQ=

SS=MS=

SS=MS=

SS=MS=

SEXO)-

TSQ=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

146.450 45.56

1 .820686E+111 .820686E+11 27.63

2.976385E+122.976385E+12 131.27

1875.9726561875.972656 61.74

4.43529 1.38

2.0756339E+92.0756339E+9 0.31

5.8453192E+95.8453192E+9 0.26

29.56640629.566406 0.97

1 .97715015E+116.590496589E+9

6.80198931E+112.26732865E4-10

911.5859375030.38619792

3,28 0.0000

1,30 0.0000

1,30 0.0000

1,30 0.0000

3,28 0.2694

1,30 0.5788

1,30 0.6153

1,30 0.3318

660

BMDP4V PFMIXTO- SEXO X (TITA X NIPRO X FICON) . (hoja-7)

WITHIN EFFECT: FN


FN-ALL

STR1

STR2

RENDÍ

(FN) X (S:-ALL —

STRÍ

STR2

RENDÍ

ERRORSTR1

STR2

RENDÍ

TSQ=

SS=MS=

SS=MS=

SS=MS=

SEXO)

— TSQ=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

74.2121 23.09

1 . 64750 1E+ 101.647501E+10 13.45

6.306110E+106.306110E+10 13.96

190.785156190.785156 20.86

3.60279 1.12

3.9891540E+93.9891540E+9 3.26

1 .013522E+101 .013522E+10 2.24

1 .4101561.410156 0.15

3.67366776E+101 .224555795E+9

1 .35472351E+114.515742357E+9

274.429687509.14765625

3,28 0.0000

1,30 .0.0009

1,30 0.0008

1,30 0.0001

3,28 0.3574

1,30 0.0811

1,30 0.1445

1,30 0.6974

661


WITHIN EFFECT: AN

EFFECT VARÍATE STATISTIC F DF

AN-ALL

STR1

STR2

RENDÍ

(AN) X (S:-ALL —

STR1

STR2

RENDÍ

ERRORSTR1

STR2

RENDÍ

TSQ=

SS=MS=

SS=MS=

SS=MS=

SEXO)

— TSQ=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

SS=MS=

347.276 108.04

1 .728309E+111.728309E+11 218.95

1 .763692E+121.763692E+12 198.82

167.378906167.378906 18.41

3.61969 1.13

2.7763891E+62. 776389 1E+6 0.00

2.6852800E+92.6852800E+9 0.30

29.56640629.566406 3.25

2.36809080E+107.893635208E+8

2.66128174E+118.870933876E+9

272.679687509.08932292

3,28 0.0000

1 , 30 0 . 0000

1,30 0.0000

1,30 0.0002

3,28 0.3553

1,30 0.9531

1,30 0.5863

1,30 0.0814

662


WITHIN EFFECT: FAN


FAN-ALL

TSQ=STR1

SS=MS=

STR2SS=MS=

RENDÍSS=MS=

(FAN) X (S: SEXO)ALL

TSQ=STR1

SS=MS=

STR2SS=MS=

RENDÍSS=MS=

ERRORSTR1

SS=MS=

STR2SS=MS=

RENDÍSS=MS=

/END

187.753 58.41

1 .872190E+101 .872190E+10 14.08

1 .468084E+121 . 468084E+ 12 166. 00

585.035156585.035156 44.56

1.41336 0.44

7.8607337E+87 . 8607337E+8 0 . 59

2.1617211E+92.1617211E+9 0.24

0.1914060.191406 0.01

3.98872934E+101 . 3295763 11E+9

2.65310723E+118.843685523EH-9

393.8984375013.12994792

3,28 0.0000

1,30 0.0008

1,30 0.0000

1,30 0.0000

3,28 0.7264

1,30 0.4480

1,30 0.6246

1,30 0.9047

TABLA 1-bis.- MANOVA y ANOVAs para un Plan Factorial Mixto. V.I.a)Entres Sexo; b)Intra: "1" Formato ítem consigna; "2" Fomato ítems de la matriz; "3" Nivel de procesamiento. V.DsETR1/Prueba, ZTR2/Prueba y N2 Aciertos/Prueba.

663

F. V.

TITA

NI PRO

FICON

TITA x NIPRO

TITA x FICON

NIPRO x FICON

TITAxNIPROxFICON

GLOBAL

RESIDUAL

TOTAL

S. C.

45775387

14037534

4031873.5

4993300.5

2570349

3Ó3Ó340.5

43459400

1 18554180

231432380

34998Ó5ÓO

g. 1 .

1 ,248

1 ,243

1 ,248

1 ,243

1 , 243

1 ,243

1 ,243

7 , 248

248

255

C. M.

45775337

14087534

4031373.5

4993300.5

2570349

3Ó3Ó340.5

43459400

1Ó93Ó312

933195.1

F

49.05

15.10

4.32

5.35

2.75

3.90

40.57

18.15

P

P<.001

P<.001

P<.05

P<.05

N. S

P< .05

P<.001

P<.001

TABLA 2.- Resumen del ANOVA para un plan -factorial 2x2x2. V.l.:a) Tipo de tarea, b)Nivel de procesamiento, c)Formatodel ítem consigna. V.D.: TRI

F. V.

TITA

NIPRO

F I MA

TITA x NIPRO

TITA x FIMA

NIPRO x FIMA

TITAxNIPROxFIMA

GLOBAL

RESIDUAL

TOTAL

S. C.

098900250

105951480

1020535500

38Ó1Ó2590

34Ó8549Ó

40928503

10209896

2731790300

1133503800

38Ó52941QO

g . 1 .

1 ,243

1 ,248

1 ,248

1 ,248

1 ,248

1 ,248

1 ,248

7,248

243

255

C. M.

Ó989Q0250

105951480

102Ó5355QQ

38Ó1Ó2590

34Ó3549Ó

40928503

1026989è

390255750

4570579.7

15158010

F

152.91

30.31

224. éO

84.49

7.59

39.55

2.25

85.34

P

P<.001

P<.001

P<.001

P<.001

P<.01

P<.001

N. S

P<.001

TABLA 3.- Resumen del ANOVA para un plan -factorial 2x2x2. V.l.:a)Tipo de tarea, b)Nivel de procesamiento, c)Formatode los ítems de la matriz. V.D.: TR2

664-

F. U.

FICON

FIMA

NIPRO

FICON x FIMA

FICON x NIPRO

FIMA x NIPRO

FICONxFIMAxNIPRO

GLOBAL

RESIDUAL

TOTAL

S.C.

15065464

1131837700

83336504

1102406000

1634448

719483770

478979260

504684740

1842058800

5374852000

g . 1 .

1 ,248

1 ,248

1 ,248

1 ,248

1 ,248

1 ,248

1 ,248

7,243

248

255

C. M.

15065464

1131837700

83336504

1102400000

1684448

719483770

478979260

504684740

7427656

21077851

F

2.03

152.38

11 .22

148.42

0.23

96.86

64.49

67.95

P

N. S

P<.001

P<.001

P<.001

N. S

P<.001

P<.001

P<.001

TABLA 4.- Resumen del ANQVA para un plan factorial 2x2x2. V.l.:a) Formato del ítem consigna, b) Formato de los ítemsde la matriz, c)Nivel de procesamiento. V.D.: TET

F. U.

TITA

NIPRO

FICON

TITA x NIPRO

TITA x FICON

NIPRO x FICON

TITAxNIPROxFICON

GLOBAL

RESIDUAL

TOTAL

S.C.

1875.97

308.44

15.50

585.03

270.19

190.78

167.38

3413.34

4621 .91

8035.21

g. 1 .

1 ,248

1 ,248

1 ,248

1 ,248

1 ,248

1 ,248

1 ,248

7,248

248

255

C.M.

1375.97

308.44

15.50

585.03

270.19

190.78

167.38

487.62

18.64

F

100.66

16.55

0.33

31 .39

14.50

10.24

8.98

26.16

P

P<.001

P<.001

N.S.

P<.001

P<.001

P<.01

P<.01

P<.001

TABLA 5.- Resumen del ANOVA para un plan -factorial 2x2x2. V.l.:a)Tipo de tarea, b)Nivel de procesamiento, c)Formatodel ítem consigna. V.D.: N2 de aciertos.

665

F. U.

TITA

N I PRO

FICON

TITÀ x NIPRO

TITÀ x FICON

NIPRO x FICON

TITAxNIPROxFICON

GLOBAL

RESIDUAL

TOTAL

3.C.

2352233700

245720730

24000048

887909860

175731 ¿500

920248

1106157300

6374318900

3312301600

9637120500

g . 1 .

1 ,248

1 ,248

1 ,248

1 ,248

1 ,248

1 ,248

1 ,248

7,248

248

255

C. M.

2352233700

245720730

24060643

887909860

1757316500

920248

1106157300

910616990

13358071

37988708

F

176.09

18.39

1 .80

66.47

131 .55

0.07

82.81

68.17

P

P<.001

P<.001

N. S

P<.001

P<.001

N.S

P<.001

P<.001

TABLA 6.- Resumen de! ANQVA para un plan -factorial 2x2x2. V.l.:a)Tipo de tarea, b)Nivel de procesamiento, c)Formatodel ítem consigna. V.D.: EFICACIA

666

F. V.

ENTRE-SU JETOS:

SEXO

INTRASUJETOS:

N INDI

<NINDI)x<SEXO)

TAMA

< TAMA >x< SEXO)

TIREN

<TI PEN) x< SEXO)

N INDI x TAMA

ESTADÍSTICO

TSQ= 0.42

TSQ= 370.19LRATIO= 0.14TRACE 4. 04TZSQ= 417.80CHISQ= 339.78MXROOT= 0.81

TSQ= 4.93LRATIÜ= 0.98TRACE= 0.02TZSQ= 1.95CHISQ= 1.01MXROOT= 0.18

TSQ= 822.48LRATIO= 0.13TRACE= ó. 30TZSQ= 507.29CHISQ= 401.57MXROOT= 0.84

TSQ= 3.56LRATIO= 0.90TRACE= 0.37TZSQ= 3.30CHISQ= 2.10MXROOT= 0 . 30

TSQ= 72.15

TSQ= 1 .07


F

0.13

30.1030.13

0.400.21

67.0231 .20

0.290.30

22.45

0.33

1 1 .987.51

g. 1 .

3, 28

9, 229,214.32

7.09

9, 229,214.3

7.09

9, 229,214.3

7.09

9, 229,214.3

7.09

3, 28

3, 28

27, 427,783.3

23.41

P

N. S.

.000

.000

.000

.000

N. S.N. S.

N. S. •N. S.

.000

.000

.000

.000

N. S.N. S.

N. S.N. S.

.000

N. S.

.01

.000

.000N. S.

(cont inúa)

66?

F. V.

< N ! ND I x TAMA ) x SEXO

NINDI x TI PEN

<NINDIxTIPEN)xSEXO

TAMA x T I PEN

( TAMAxT I PEN ) x SEXO

NINDIxTAMAxTIPEN

<NINxTAMxTIP)xSEXO

TOTAL

ESTADÍSTICO

TSQ= 193.53l_RATIO= 0.92TRACE= 0.09TZSQ= 24.05CHISGN 20.40MXROOT= 0.53TSQ= 34.84LRATIO= 0.05TRACE= 0.51TZSQ= 45.78CHISQ= 30.72MXROOT= 0.31TSQ= 13.54LRATIO= 0.92TRACE= 0 . 82TZSQ= 7.37CHISQ= 5.42MXROOT= 0.0 óTSQ= 91.33LRATIO= 0.53TRACE= 0.82TZSQ= 74.15CHISQ= 59.82MXROOT= 0 . 43TSQ= 11.25LRATIO= 0.94TRACE= O.OÓTZSQ= 5.53CHISQ= 3.92MXROOT= 0.43TSQ= 278.45LRATIO= 0.80TRACE= 0.23TZSQ= 01.54CHISQ= 53.98MXROOT= 0.10TSQ= . 219.98LRATIO= 0.94TRACE= 0.07TZSQ= 18.28CHISQ= 15.24MXROOT= 0.34

TSQ= 3457.13

F

0 . 960.88

2.844. 00

1 . 100.79

7.447.00

0.92O.éO

1 .372.25

1 .090.07

1075.55

g. 1 .

27, 427,783.3

23.41

9, 229,214.32

7.09

9, 229,214.32

7.09

9, 229,214.32

7.09

9, 229,214.32

7.09

27, 427,783.3

23.41

27, 427,783.3

23.41

3, 28

P

N. S.N. S.

N. S.N. S..02.000

.000N. S.N. S.N. S.

N. S.N. S..000.000

.000

.01N. S.N. S.

N. S.N. S.N. S..000

.000N. S.N. S.N. S.

N. S.N. S.

.000

TABLA 7a.- Prueba A. MANOVA para un Plan Factorial Mixto. V. I,s:a)Entre: Sexo; b)Intra: "1" Nivel de Integrac-Disociac. ;"2" Tamaño de la matris; "3" Tipo de ensayo. V.D,s.:TRI, TR2, Aciertos.

668

F. U.

NINDI

TAMA

JIPEN

NINDI x TAMA

NINDI x TI PEN

TAMA x T I PEN

NINDIxTAMAxTIPEN

TOTAL

ESTADÍSTICO

TSQ= 300.81LRATIO= 0.13TRACE 6.17TZSQ= 555.03CHISQ= 452.00MXROOT= 0 . 86

TSQ= 272.97LRATIO= 0.26TRACE= 2. 01TZSQ= 234.55CHISQ= 190.07MXROOT= 0 . 72

TSQ= 28.85

TSQ= 9790.74LRATIO= 0.57TRACE= 0.69T2SQ= 187.58CHISQ= 166. 86MXROOT= 0 . 38

TSQ= 11.60LRATIO= 0.90TRACE= 0.10T2SQ= 9.44CHISQ= 7.10MXROOT= 0.0 ó

TSQ= 77.39LRATIO= 0.58TRACE= 0.64T2SQ= 57.88CHISQ= 46.57MXROOT= 0 . 34

TSQ= 221.86LRATIO= 0.91TRACE= 0 . 93TZSQ= 25.21CHISQ= 21.45MXROOT= 0 . 44

TSQ= 8097.47

F

29.4031 .72

22.2417.54

8.97

48.356.06

0.951 .02

6.315.38

1 . 100.93

2519.21

g . 1 .

9, 229,214.32

7.09

9, 229,214.3

7.09

3, 28

27, 427,783.3

23.41

9, 229,214.32

7.09

9, 229,214.32

7.09

27, 427,783.3

23.41

3, 28

P

.000

.000

.000

.000

.000

.000

.000

.000

.000

.000

.000

.000N. S.

N. S.N. S.

N. S.N. S.

.000

.000

.000

.05

N. S.N. S.

N. S.N. S.

.000

TABLA 8a.- Prueba B. MANOVA para un Plan Factorial V. I,s: "1"Nivel de Integrac-Oisociac.; "2" Tamaño de la matriz;"3" Tipo de ensayo. V.D,s.: TRI, TR2, Aciertos.

669

F. V.

NINDI

TAMA

TIREN

NINDI x TAMA

NINDI x TI PEN

TAMA x TIREN

NINDIxTAMAxTIPEN

TOTAL

ESTADÍSTICO

TSQ= 599.73LRATIO= 0.12TRACE 7.01TZSQ= 630.61CHISGN 513.15MXROOT= 0 . 87

TSQ= 435.37LRATIO= 0.1 óTRACE= 4.96TZSQ= 446.10CHISQ= 302.84MXROOT= 0 . 83

TSQ= 101.92

TSQ= 3823.57LRATIO= 0.44TRACE= 1.10T2SQ= 297.83CHISQ= 265.58MXROOT= 0 . 48



TSQ= 752.67LRATIO= 0.81TRACE= 0 . 22TZSGN 60.73CHISQ= 53.25MXROOT= 0.13

TSQ= 3035.46

F

48.8733.08

35.4727.24

31 .71

18.889.35

6.254.76

15.068.25

3.722.20

944.36

g . 1 .

9, 229,214.32

7.09

9, 229,214.3

7.09

3, 28

27, 427,783.3

23.41

9, 229,214.32

7.09

9, 229,214.32

7.09

27, 427,783.3

23.41

3, 28

P

.000

.000

.000

.000

.000

.000

.000

.000

.000

.01

.000

.000N. S.

.000

.000

.000

.05

.000

.000

.000

.000

N. S..001

.000N. S.

.000

TABLA 9a.- Prueba C. MANOVA para un Plan Factorial V. I,s: "1"Nivel de Integrac-Disociac.; "2" Tamaño de la matriz;"3" Tipo de ensayo. V.D,s.: TRI, TR2, Aciertos.

670

F. V.

NINDI

TAMA

JIPEN

NINDI x TAMA

NINDI x TIPEN

TAMA x TIPEN

NINDIxTAMAxTIPEN

TOTAL

ESTADÍSTICO

TSQ= 437.05LRATIO= 0.14TRACE 4.88TZSQ= 453.92CHISQ= 371.74MXROOT= 0 . 82

TSQ= 384.08LRATIO= 0.12TRACE= ó. 45T2SQ= 599.04CHISQ= 491.20MXROOT= 0.86

TSGN 44.28

TSQ= 4327.34LRATIO= 0.56TRACE= 0 . 69TZSQ= 192.25CHISQ= 171.67MXROOT= 0.35

TSGN 53.39LRATIO= 0.79TRACE= 0.25TZSQ= 23.76CHISQ= 18.93MXROOT= 0.18


TSQ= 525.03LRATIO= 0.83TRACE= 0.20TZSQ= 55.91CHISQ= 49.15MXROOT= 0.13

TSQ= 2895.11

F

36.0330.15

31 .7134.07

13.81

25.856.50

4.402.48

5.534.37

3.142.01

902.78

g.l .

9, 239,221 .62

7.15

9, 239,221 .6

7.14

3, 29

27, 527,809.6

23.52

9, 239,221 .62

7.14

9, 239,221 .62

7.09

27, 527,809.6

23 . 52

3, 29

P

.000

.000

.000

.000

.000

.000

.000

.000

.000

.000

.000

.000N. S.

.002

.01

.01N. S.

.000

.000

.000N. S.

N. S..002

.002N. S.

.000

TABLA 10a.- Prueba D. MANOVA para un Plan Factorial V.I,s: "1"Nivel de Integrac-Disociac. ; "2" Tamaño de la matriz;"3" Tipo de ensayo. V.D,s.: TRI, TR2, Aciertos.

671

CUADRO 7.- Variable dependiente TRI. Pruebas de reconocimientocategoría!. Coeficientes B (B); Error estàndard (E)valor—T (T) y significación (S) .

WAR T API PC? PRPnTPTHRA^

B=CLASIFICA (subtest) E=

T=S=

B=C. I. G. (de Cattell) E=

T —

s=

B=VELOC. LECTORA E=

Y=g=

B=NIVEL INTEGRAC-DISOC. E=

T=S=

B=ORDEN DE APLICACIÓN E=

T=S=

B=FAMILIARIDAD E=

T=S=

Ei —

LONGITUD CONSIGNA E=T=O— -

a=INTERSECCIÓN E=

E=S=

PRUEBAS DE RECONOCIM. CATE6ORIAL

A

157.4O40.713.87O . OO 1

0.866.900. 12N.S.

7.233.052.37N.S.

154.0277.721.980 . OS

-403.3921.94-18.390.001

vnc

vnc

O.2275O . OO2.960 . 0 1

B

0 . 34T~\ /-ver-_J_ • *-vJ

0.02N.S.

3.263.770 . 86N.S.

1.951.661. 17N.S.

480 . 85Q*J • OxJ

5.620.001

-204 . 8512.03-17.020.001

vnc

-6.463.56

-1.81N.S.

825.30407.002 . 030.05

C

-56.3729.23-1.940 . 05

15.505Z. 100.01

2.832.231.27N.S.

-91.2558-1.57N.S.

-205.7416.04-12.820.001

_ _ _ t^t^

/ • >_^*

3.65-2.530.01

-27.6623.50-1. 18N.S.

1911.006O2.003. 170.01

D

-17.5230.21-0.58N.S.

~""í_í N ·w*«_*

5. 10- 1 . 04N.S.

-4.93J-k /~»CTJ~- M .h. uJ

-2. 190 . 03

469.521 4. ^3.780.001

-117.3716.28-7.210 . 00 1

-0.273,83-0 . 07N.S.

89. 1620.344.380 . OO 1

2555 . 00587 . 004.350 . OO 1

vnc= variable no considerada.

6?2

CUADRO S-- Variable dependiente TRl. Pruebas de reconocimientoanalógico. Coeficientes B (B); Error estàndard (E) :valor-T (T) y significación (S).

W AR T ARI pc? PRPHTPTnRACî


T=C "—

B=C. I. B. (de Cattell) E=

"T"—.

S=

B=VELOÇ. LECTORA E=

T=S=

B=

NIVEL INTEBRAC-DÍSOC. E=T=S=


T=S—

B=FAMILIARIDAD E=

j=S=

B=LONGITUD CONSIGNA C=

T=S=

a=INTERSECCIÓN T=

E=S=

PRUEBAS DE RECONOCIM. ANALÓGICO

E

86.7427.443. 160.02

-22. 194.66-4.760.001

-2.372.08-i. 14N. S.

445.98106.954. 170 . 00 1

~~ .*- -' \J • O /

15.01-15. 700.001

vnc

0.300.900 . 33N. S.

3863.00510.007.570. 001

F

-105.6521.69-4.870.01

17.023.664.650.001

-0.511.62-0.32N. 3.

55.3630.991.79N. S.

-34.4611.69-2.950.003

vnc

vnc

i

616. 00392.001.57N. S.

G

1 84 . 632O. 908.830.001

-19.803.54-5.590 . 00 1

™O m O — '

1.56~~1-J N O*J

0.001

307 . 0989. 113.450.001

-125.3211.26

-11. 130.001

3.242.681.21N. S.

38.5214. 132.730 . 0 1

2586. 00410. 006 . 300.001

H

-194.7318. 15-10.730.001

28.903.079.390.001

-0.671.35-0.50N. S.

-6.5626.46-0 . 25N. S.

-128.089.82

-13.050.001

-0.92f\ r-i t*_ • *_o-0 . 4 1N. S.

37.3914.462.590 . 0 1

209.00362.000 . 58N. S.

vnc= variable no considerada.

673

CUADRO 9.- Variable dependiente TR2. Pruebas de reconocimientocategorial. Coe-f icientes B (EO; Error estàndard (E)valor—T (T) y signi-f icací ón (S> .

VARIABLES PREDI CTORAS

B=CLASIFICA <subtest) E=

S=

B=C. I. B. <de Cattell ) E=

T=B=

B=VELOC. LECTORA E=

T=S=

B=SIMILI TUD <SOLAPAMTO.)E=

T=S=

B=NIVEL INTEBRAC-DISOC. E=

T=S=

B=TAMAñD DE MATRIZ E=

T=S=

B—ORDEN DE APLICACIÓN E=

T=S=

B=FAMILIARIDAD E=

T=S=

B=LOCALIZACION ítem Cr. E=

T=S=

B=LONGITUD ÍTEMS-MATRIZ E=

<?=

B=LONSITUD CONSIGNA E=

T=S=

a=INTERSECCIÓN E=

T=S=

PRUEBAS DE RECONOCIM. CATEGORIAL

A

452.02112.434.020.001

-40.6519.05-2. 130.05

-6.438.42-0.76N.S.

12.387.081.75N.S.

542.57214.652.530.01

78.9037. 162. 120.05

-147. OO60.59-2. 430 . 02

VNC

-590.2980.81-7.300.001

53.06~V ll~\

•_* • o e.

14.68O.O01

VNC

4700 . 002080.00

2.250.05

B

131.5825.555.150.001

-24.704.33

-5.710.001

3.321.901.74N.S.

0.911.610.56N.S.

462.2098.324.700.001

M.P.

-181. 1613.82

-13. 11N.S.

VNC

-41.9118.47-2.270.003

128.3826.714.81O . O0 1

69.424.1016.970.001

1594.00468.00

3.410.001

C

459.25142.463.220.001

-68.7024.39-2.820.01

-16.7210.87-1.54N.S.

11.849.021.31N.S.

647.25282.692.290.002

-37.0849.97-0.74N.S.

-502.7378. 19-6.43O.OO1

-15. 1717.79-0.85N.S.

-815.27103.78-7.850.001

50.193. 1016.180.001

-358.86114.56—3 .130.002

14028.002940.00

4.780.001

D

569.86108.045.270.001

-85.8918.24-4.710.001

-22.468.05-2.79O.O1

4.556.850.66N.S.

1429.23444.233.240.001

— 1 16.3368.23-1.70N.S.

-323.2758.22-5.55O.OO1

35.7713.872.580.01

-318.0278. 12-4.070.001

1O7.5612.418.67O . OO 1

1 4 1 . 3572.731.940.05

6271.002100.00

2.990.001

M.P.= Multicol ineal idad per-fectaVNC= Variable no considerada.

(SMC=1 con las otras V.l.)

674

CUADRO 10.- Variable dependiente TR2. Pruebas de reconocimientoanalógico. Coeficientes B (B); Error estàndard (E) ;valor-T (T) y significación (S).

UAR T ÖBIFS PRFT5 T CTHRAH

B=CLASIFICA (sub t est) E=

T=S=

B=C. I. G. (de Cattell) E=

T=S=

B=VELOC. LECTORA E=

T=S=

B=SIMILITUD (SOLAPAMTO. )E=

T=S=


T=S-

R =

TAMAKO DE MATRIZ E=T=S=


T=5=

B=FAMILIARIDAD E=

T=S=

B=LOCALIZACION Item Cr. E=

T=S=


T=S=

B=LONGITUD CONSIGNA E=

T=S=

a=INTERSECCIÓN E=

T=S=


E

142.8395.491.50N. S.

-13. 1416.23-O.SlN. S.

S. 707.221.20N. S.

12.026.052.020.05

-17.73372. 10-0.5N. S.

125.4932.533.860.001

-404.2852.22-7.740.001

VNC

-850.0969.50—12. 230.001

92.36103.110.90N. S.

50.343. 1515.980.001

2403.001780.00

1.35N. S.

F

41. 1218.002.280.02

-9.603.04

-3. 160.002

-0 . 831.34-0.62N. S.

1.741. 131.55N. S.

292.8925.711 1 . 390.001

M. P

-10. O69.70-1.04N. S.

VNC

-87.2312.83-6.800.001

62. 112.87

21.610.001

VNC

1336.00326 . 004. 100.001

G

337 . 4960. 196.270.001

-33.0710.20-3.240.001

-11.654.50-2.580.01

5.793. 821.51N.S.

-166.24256.64-0.65N.S.

-40. 1521.32-1.B80.05

-245.2832.43-7.560.001

16.357.772.120 . 03

-673.8843.50-15.480.001

27.871.30

21.310.001

49.5840.701.22N.S.

3672.001180.00

3. 110.01

H

31.9945. 190.71N.S.

11.267.661.47N.S

-7.393.37-2.200.03

8.162.842.870.001

455.6965.876.920.001

-26.7028.59-0.93N.S.

-5.5724.44-0.23N.S.

14.68»J • O-_'

2.610.01

-439.9032.60-13.490.001

57.325.20

-11. 030.001

-38.8436.00-1.08N.S.

-687.00902.00-0.76N.S.

M.P.= Multicolinealidad perfecta (SMC=1 con las otras V.l.)VNC= Variable no considerada.

675

CUADRO 11.- Variable dependiente TET. Pruebas de reconocimientocategorial. Coeficientes B (B); Errer estàndard (E) ;valor—T <T> y significación <B) .

VARIABLES PREDI CTBRAS


T=B=

B=C. I. G. (de Cattell ) E=

T=S=

B=VELOC. LECTORA E=

T=S=

B=SIMILITUD (SOLAPAMTQ. >E=

T=S=

B=NIVEL INTEERAC-DISOC. E=

T=S=

B=TAMAÑO DE MATRIZ C=

T=Css


T=S=

B=FAMILIARIDAD E=

T=S=


T=S=

B=LONBITUD ÍTEMS-MATRIZ E=

T=q=

B=LONSITUD CONSIGNA E=

T=S=

a=INTERSECCIÓN E=

T=S=

PRUEBAS DE RECONOCIM. CATEBORIAL

A

609.44124. 144.910.001

-37.7921.03-1.89N.S.

O. 799.290.09N.S.

13.477.811.72N.S.

696.59237.002.94O. 01

99.3841.022.420.02

-550.4066.90-8.230. 01

VNC

-598.7989.22-6.610.001

51.663.9912.94n . no 1

VNC

69UO. 00230O.OO

3.010.01

B

131.9237.453.520.001

21.446.35-3.380.001

5.272.791.89N.S.

—2. 632.36-1. 12N.S.

943.04144. 136.540.001

M.P.

-386.0020.25-19.06

O.OO1

VNC

-35. 1327.08-1.30N.S.

62.966 . 0010.50n . no 1

196.7839. 165 . 030.001

2419.00686.003. 530.001

c402.62150.012.680.01

-53.2025.68-2.070.04

-13.8911.45-1.21N.S.

13.709.501.44N.S.

555.80297.681.870.05

-46.8152.62-O.B9N.B.

-708.4682.33-8.60O.OO1

-24.3918.73-1.30N.S.

-792.83109.28-7.260.001

50.763.2715.54O . O0 1

-386.521 20 . 63-3.200.001

15940.0O309O . 00

5. 160.001

D

552.34117.224.71O.OO1

-91.2219.79-4.610.001

-27.388.73

—3 .130.02

1.517.430.20N.S.

1908.76481.973.960.001

-108.0974.02-1.46N.S.

-440.6463. 17-6.98O.OO1

35.5015.052.360.02

-272.9484.76-3.220.001

106.0413.467.88O . OO t

230 . 5278.912.920.01

8827.002280.00

3.870.001

M.P,= Multicolineal idad per-fecta (SMC=1 con las otras V.l.)VNC= Variable no considerada.

676

CUADRO 12.- Variable dependiente TET. Pruebas de reconocimientoanalógica. Coe-ficientes B (B); Error estàndard (E) ;valor-T (T) y significación (S).

VARIABLES PREDICTOR AS

B=CLASIFICA (sLibtest) E=

T=S=

B=C. I. B. (de Cattell) E=

T=

B=VELQC. LECTORA E=

T=S=


T=S=

B=NIVEL INTECRAC-DISOC. E=

T=S=

B=TAMAñO DE MATRIZ E=

T=S=


T=S=

B=FAMILIARIDAD E=

T=S=


T=S=


T=CJ =


•j-—

S=

a=INTERSECCIÓN E=

T=S=


E

229.57103.992.210.03

—35 . 3317. 6B-2.000.05

6.327.870 . SON.S.

9.636.591.46N.S.

428.25405.221.66N.C.

121.2635.423.420.001

-639.9656.87-11.250.001

VNC

-857. 1675.68-11.330.001

50.643.4314.760.001

191.26112.29

1 . 70N.S.

6266.001930.00

3.240.001

F

-64.5331 . 23-2.070 . 05

7.425.271.41N.S.

-1.35

-0.58N.S.

1 . 251.950.64N.S.

348.2544.617.810.001

M.P

-44.5216.83-2.650.01

VNC

-82.0222. 26-3.690 . 00 1

59.524. 9911.94O. 001

VNC

1952.00565 . 003.450.001

G

562. 1267.618.31O.Ool

-52.8811.46-4.620.001

-20.485.06-4.050.001

3 . 234.300.75N.S.

140.85288.280.49N.S.

-46.3223.95-1.930.05

-370.61•.•o • 4s_"-10. 170.001

19.598.682.260.05

-662.3548.8913.550.001

28. 121.4619.200.001

88. 1145.711.93N.S.

6258.001330.00

4.710.001

H

-162.7551.21-3. 180.01

40. 168.684.630.001

-8.07•» Q^•_> • O*-

-2. 110.04

8.063.222.500.02

449. 1374.656.020.001

-27.7232.40-0.86N.S.

133. 6627.70-4.830.001

13.756.382. 160.05

-433. 0436.95-11.720.001

»j / • <->•->5.899.740.001

-1.4540.80-0.04N.S.

-478.001020.00-0.47N.S.

M.P.= Muíticolinealidad perfecta (SMC=1 con las otras V.l.)VNC= Variable no considerada.

577

CUADRO 13.- Variable dependiente PUNT. Pruebas de reconocimientocategorial. Coe-F icientes B (B); Error estàndard (E) ;valor—T (T) y si gni-f icacj on (S).

VARIABLES PREDICTOR AS


T=S=

B=C. I. G. (de Cattell > E=

T=S=

B=VELOC. LECTORA E=

T=S=


T=S=


T.—

S=


T=S=


T=S=

B=FAMILIARIDAD E=

r=S=

B=LQCALIZACION Item Cr. E=

T=S=


T=q=


î=s~

a=INTERfaLi:CION E=

T=S—

PRUEBAS DE RECÜNUC1M. CATEGORIAL

A

0.0070 . OU61. 10N.S.

-O.OO040.001-0. 43N.S.

-0 . 0002O.OOO0.34N.S.

-0.00020 . 000-0.5872N.S.

-0.0150. 12

-1.24N.S.

O.OU20.0020 . 85N.S,

U.0260.0037.760.001

VNC

-O.0280.004-6.300.001

-0.00080 . 000-3.84O . O O 1

VNC

0.900.117.760 . 00 1

B

O.OO30.0050.58N S.

O.OO050.0010.56N.S.

O.OOU30.0000.96N.S.

-0.00030.000-1. 14N.S.

-0.0110.019-0.58N.S.

M. P.

0 . 005O.OO32. 110.04

VNC

-0 . A20.004-6.20o.ooo

-0.0020.001-2. 15o . or.

-0.0040. 005-0 . 88N.S.

0.910.0910.220.001

C

-0.013O.OO7

-1.950.05

O.OO4O.OO13.560.01

0.001U. 0012.66N.S.

0.00020.0000.36N.S.

-0 . 0550 .013

-4. 160.001

-0.0040.002-1.72N.S.

0 . 0220.0046.020.001

0.00080.0010.99N.S.

-O.O130.005

-2.720.01

-0.00010.000-0.64M. «ï.

-0.00280 . 005-O. 52N.S.

O. 360.142.640 . U 1

D

-0 . 003O.U07-0.41N.S.

O. 0007U . 'JO 10.60N.S.

0.001O. 0012.81O.O1

0.00040 . 0000.97N.S.

-O . 0890.029

-3. 10O.O1

O. 0070.0041.52N.S.

0.012O.O04-3.33980.001

-0.00040 . 'JO 1-0.53N.S.

-0 . 0320.005

-6.380.001

-0.0020. OOl-2.69O . ( 1 1

0. 0006O. UU050.14N.S.

0 . 78O. 135.730 . <JO 1

M.P.= Multtcolinealidad per-fecta (SMC=1 con las otras V.l.)VNC= Variable no considerada.

678

CUADRO 14.- Variable dependiente PUNT. Pruebas de reconocimientoanalógico. Coe-fi ci entes B (b); Error estàndard (E) ;valor-T (T) y significación (S) .

VARIABLES PREDI CIDRAS


B=C.I. tí. (de Cattell) E=

y=

s=

B=VELOC. LECTORA E=

T=S=


T=S=

B=NIVEL INTEGRAC-DISQC. E=

T=S=


T=S=


S=

B=FAMILIARIDAD E=

T=S=

B=LOCAL l Z AC ION Item Cr. E=

T=S=


T=S=

B=LONBIIUD CONSIGNA E=

T=S=

a=INTERSECCIÓN E=

S=


E

0.0070 . 0051.38N.S.

-0.00060 . 00 1-0.71N.S.

0.00080.0001.960.05

0 . 00030.0001.01N.S.

-0.0610.021

_.*•» Q*-!-t_ • / J—

0.01

0. 0020.002(J.93N.S.

0 . 0 1 30. O 034.55o . ou i

VNC

-0.01B0.004-4. 66U . U U 1

-0 . 0004o . uoo-2.440.001

0.0140.0062.490 . U 1

0 . 8u0 . 1 08.020.001

F

0.0030.0040.80N S.

-O. 00030.001-0.44N.S.

0.00020.0000. 65N.S.

-0 . OOO040 . 000

-0. 15N.S.

-0.024O.OO6-3.96O.C01

M.P.

0.0110.0024.760.001

VNC

-0.0160 . OO3-5.210 . 00 1

-0 . OO20 . UU 1

-2.910.01

VNC

0.97o.ua12.460.001

B

0.00030 . 0050.740 . 05

-O. 0010.001-8.870.01

0.0010.0003.540.001

0 . 00030.0001.26N.S.

0.0090.0210.43N.S.

-0 . 0040. 002-2.470.02

0.0090 . 0033.26O.OO1

-0.00030.001-O. 47N.S.

-0.0210.004-5.850 . 00 1

-0.00007o . ooo

-0 . 63N.S.

-0. OO 50 . 003-1.64N.S.

0.880. 109.02O . OO 1

H

0.0020.0040.67N.S.

0.0010.0011.35N.S.

0.0010 . 0003.010.0 O3

-0.0002O.OOO-0.97N.S.

0.0070.0061 í"1'"

N.S.

0.0020.0021 . 06N.S.

0 . 0050.0022.26N.S.

0.0010.0001.64N.S.

-0.0160.003-5.96o.ood

-0.0010.003

-0.91N.S.

-0.003i"1 . 003-0.91N.S.

0.670.0 S8. 75O. 001

M.P.= Muí tico!ineaiidad per-fecta (bMC-1 con las otras V.l.)VNC= Variable no considerada.

679

REGRESSION ANALYSIS

NUMBER OF CASES: 256 NUMBER OF VARIABLES: 9

MODELO DE RECONOCIMIENTO SEGÚN LA VARIABLE EFICACIA

INDEX<VIs>123456

DEP. VAR.:

NAMETIPO TAREASENTIDO FORMATOSNIVEL PROCES AMTO.ORDEN APLICACIÓNLONGITUD CONSIGNALONGITUD MATRIZEFICACIA 10

MEAN1 .502.501 .504.507.5086.00114.18

STD.DEV..50

1.12.50

2.304.7357.23

ólól .07

DEPENDENT VARIABLE; EFIC

VAR. REGRES.COEFIC. STD. ERROR T<DF= 249) PROB. PARTIALTITASENTIDO

170593.6888326.70

NIPRO 48042.96ORDENAPLIC -681 .44LONGCONSIGNA -76.29LONGMATRIZ -830.90CONSTANT -463561.89

18975.299484.695239.92103.3659.2194.73

8.9909.3139.169-6.593-1 .289-8.771

.00000

.00000

.00000

.00000

.19876

.00000

.2451

.2583

.2524

.1486

.0066

.2360

STD. ERROR OF EST. = 3789.14

ADJUSTED R SQUARED = .62R SQUARED = .63

MULTIPLE R = .79

ANALYSIS OF VARIANCE TABLE

SOURCEREGRESSIONRESIDUALTOTAL

SUM OF SQUARES D.F.6104455352.27 63575043084.82 2499679498437.09 255

MEAN SQUARE1017409225.3814357602.75

F RATIO PROB.70.862 .OOOE+0

680

CORRELATION MATRIX

CORRELACIONES STET - RAPIDEZATENCION

SA SB SC SD SE SF SB SH RASA 1.000SB .855 1.000SC .715 .600 1.000SD .645 .525 .634 1.000SE .369 .402 .337 .461 1.000SF .503 .557 .331 .416 .393 1.000SB .388 .240 .341 .430 .703 .367 1 .000SH .477 .380 .394 .452 .663 .694 .647 1.000RA .063 .198 .196 .147 .029 -.044 -.183 -.169 1.00

CRITICAL VALUE Cl-TAIL, .05) = + Or - .29635CRITICAL VALUE (2-tail, .05) = +/- .34876

N = 32

CORRELATION MATRIX

CORRELACIÓN ACIERTOSPRUEBAS - ERRORESATENCION

AR BR CR DR ER FR SR HR INAR l.000BR .331 1 .000CR .447 .199 1.000DR .211 .108 .409 1.000ER -.047 .125 .034 .287 1.OOOFR -.017 .125 -.167 -.118 .214 1.000SR .101 .224 .090 .238 .635 .425 1.000HR .310 .263 .236 .169 .440 .417 .546 1.000IN -.100 -.152 -.166 -.237 -.105 .173 -.285 -.094 1.000

CRITICAL VALUE (1-TAIL, .05) = •*• Or - .29635CRITICAL VALUE (2-tail, .05) = +/- .34876

N = 32

CLAVEsI) Variables de atención:

RA= Rapidez (N° letras procesadas - (errores+omisiones)IN= Inexactitud (errares + omisiones)

II) Variables de Acierto: la primera letra indica el nombrede la Prueba y la segunda <R) rendimiento (aciertos)

III)Variabl es de latencias (ETET) : la primera letra (S) indicasuma de tiempo total de la Prueba y la segunda el nombre.

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