S. Coghlan
description
Transcript of S. Coghlan
S. Coghlan
Physics 12
S. Coghlan
This concept map is designed to help you;
Understand how the various different Understand how the various different parts of movement link together.parts of movement link together.
Study the whole section of workStudy the whole section of work ..
Main Concepts
Linking words
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Movement
Projectile motion
Circular motion
Gravitation
produces involves
interacts with
Movement
Projectile motion
Circular motion
Gravitationinteracts with produces
involves
Movement
Projectile motion
Circular motion
Gravitationinteracts with produces
involves
Air resistance Parabolic path
Zero air resistance Height
Range Velocity vectors
Vertical Horizontal vH t
Vector eqn Vector eqn
with describes
assumes constant velocity vertical displacement
v2 = u2 + 2as constant vH
S = ut + ½at2 horizontal
vsin vcos has
Movement
Projectile motion
Circular motion
Gravitationinteracts with produces
involves
Air resistancewith
Parabolic path
describes
Zero air resistance
assumesHeight
Vector eqnVector eqn
v2 = u2 + 2as s = ut + ½at2
Range
constant vH
vH t
horizontal
Velocity vectors
verticalhas
Vertical Horizontal
vsin vcos
Movement
Projectile motion
Circular motion
Gravitationinteracts with produces
involves
Air resistancewith
Parabolic path
describes
Zero air resistance
assumesHeight
Vector eqnVector eqn
v2 = u2 + 2as s = ut + ½at2
Range
constant vH
vH t
horizontal
Velocity vectors
verticalhas
Vertical Horizontal
vsin vcosCentripetal force
Centripetal acceleration
Vertical circle
Inwardly directed mv2 gravity component r
v2 r
Movement
Projectile motion
Circular motion
Gravitationinteracts with produces
involves
Air resistancewith
Parabolic path
describes
Zero air resistance
assumesHeight
Vector eqnVector eqn
v2 = u2 + 2as s = ut + ½at2
Range
constant vH
vH t
horizontal
Velocity vectors
verticalhas
Vertical Horizontal
vsin vcos
Centripetal acceleration
v2 r
Centripetal force
gravity componentinwardly directed
Vertical circlemv2
r
Movement
Projectile motion
Circular motion
Gravitationinteracts with produces
involves
Air resistancewith
Parabolic path
describes
Zero air resistance
assumesHeight
Vector eqnVector eqn
v2 = u2 + 2as s = ut + ½at2
Range
constant vH
vH t
horizontal
Velocity vectors
verticalhas
Vertical Horizontal
vsin vcos
Centripetal acceleration
v2 r
Centripetal force
gravity componentinwardly directed
Vertical circlemv2
r
Field strength Mass
Circular orbits Period
Apparent weightlessness
Geosynchronous orbits
Period = 24 hours
controls measured by
caused by revolution
if g = v2 occur when
r controls
Movement
Projectile motion
Circular motion
Gravitationinteracts with produces
involves
Air resistancewith
Parabolic path
describes
Zero air resistance
assumesHeight
Vector eqnVector eqn
v2 = u2 + 2as s = ut + ½at2
Range
constant vH
vH t
horizontal
Velocity vectors
verticalhas
Vertical Horizontal
vsin vcos
Centripetal acceleration
v2 r
Centripetal force
gravity componentinwardly directed
Vertical circlemv2
r
Field strength
measured by
Mass
caused by
Circular orbits
controls
Period
revolution
Apparent weightlessness
if g = v2
r
Geosynchronous orbits
controls
Period = 24 hours
occur when
S. Coghlan
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Projectile motion
Circular motion Gravitation
Air resistance Parabolic path
Zero air resistance Height
Range Velocity vectors
Vertical Horizontal vH t
Vector eqn Vector eqn
Centripetal force
Centripetal acceleration
Vertical circle Field strength Mass Circular orbits Period
Apparent weightlessness
Geosynchronous orbits
Period = 24 hours
produces involves interacts with with describes assumes constant velocity vertical displacement
v2 = u2 + 2as constant vH
S = ut + ½at2 horizontal
vsin vcos has
inwardly directed mv2 gravity component r
v2 occur when controls r controls measured by caused by revolution
if g = v2
. r
You can use these Main Concepts and Linking Words to complete your own concept map. You can print out the next page and use it as a framework.
Main Concepts
Linking Words
Printer friendly version available from my web site
Movement
Movement
Projectile motion
Circular motion
Gravitationinteracts with produces
involves
Air resistancewith
Parabolic path
describes
Zero air resistance
assumesHeight
Vector eqnVector eqn
v2 = u2 + 2as s = ut + ½at2
Range
constant vH
vH t
horizontal
Velocity vectors
verticalhas
Vertical Horizontal
vsin vcos
Centripetal acceleration
v2 r
Centripetal force
gravity componentinwardly directed
Vertical circlemv2
r
Field strength
measured by
Mass
caused by
Circular orbits
controls
Period
revolution
Apparent weightlessness
if g = v2
r
Geosynchronous orbits
controls
Period = 24 hours
occur when
Loop the Loop
velocity vector, v
v
v
vv Maximum reaction force up
Minimum reaction force downF = mv2 - mg
r
F = mv2 + mgr
Reaction force of
ground on cyclistVertical component of reaction force
Horizontal component of reaction force, centripetal force, supplied by friction
mv2
r
mg