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AP Physics Graphical Analysis

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Section 1

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In rotation, what graph replaces the force-time graph

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6 years ago

Date created

Mar 14, 2020

Cards (27)

Section 1

(27 cards)

In rotation, what graph replaces the force-time graph

Front

torque-time graph because it is now the change in angular momentum

Back

on a force-distance graph what is the slope

Front

k (spring constant or force constant)

Back

on a position- time graph, what is the area

Front

not important

Back

on a position- time graph, what is the maxima/minima

Front

farthest distance from origin

Back

on a position- time graph, what are the data points

Front

position

Back

on a acceleration- time graph, what is the slope

Front

not important

Back

on a force-time graph what is the slope

Front

not significant

Back

on a velocity- time graph, what is the slope

Front

acceleration

Back

Period x-t graph oscillation

Front

Time

Back

on a position- time graph, what are the x-intercepts

Front

origin

Back

Amplitude x-t graph oscillation

Front

Xmax

Back

on a velocity- time graph, what are the data points

Front

velocity

Back

on a position- time graph, what is the y- intercept

Front

initial position (x0)

Back

on a force of gravity -distance graph what is the area

Front

mg change of h

Back

on a velocity- time graph, what is the area

Front

change in x

Back

how can a velocity-time graph be used to determine the magnitude of force?

Front

the slope is acceleration and then plug into F=ma

Back

on a velocity- time graph, what is the y intercept

Front

initial velocity

Back

Frequency x-t graph oscillation

Front

1/T

Back

Max Speed- x-t graph oscillation

Front

2pieA/t

Back

on a position- time graph, what is the final value

Front

final position

Back

on a position- time graph, what is the slope

Front

velocity

Back

on a force-time graph what is the area

Front

change in momentum

Back

on a acceleration- time graph, what is the area

Front

change in v

Back

on a force-time graph which cart does the area (momentum) represent

Front

both (one is positive and one is negative) because of conservation of momentum

Back

on a force-distance graph what is the area

Front

change in energy or work

Back

on a velocity- time graph, what are the x-intercepts

Front

two types: instantaneously at rest or at rest for a duration of time (standing still)

Back

Displacement x-t graph oscillation

Front

x= Acos(2pieft)

Back