AP physics 1 - unit 1 part 2

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Last updated 4:34 PM on 9/11/23
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33 Terms

1
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acceleration
measure of how quickly velocity changes (m/s^2 or m/s/s)
measure of how quickly velocity changes (m/s^2 or m/s/s)
2
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kinematics equations
five equations that can be used w/ objects that have a constant acceleration
3
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kinematics equation that's missing delta X
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4
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kinematics equation that's missing acceleration (a)
\
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kinematics equation that's missing velocity (v)
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\
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kinematics equation that's missing velocity naught (v0)
\
\
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kinematics equation that's missing time (t)
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8
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if an object is NOT accelerating, use the formula
\
\
9
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slope of a position vs. time graph gives you
velocity
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slope of a velocity vs. time graph gives you
acceleration
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integral of a velocity vs. time graph gives you
distance (abs value) and displacement (change in position)
12
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integral of a acceleration vs. time graph gives you
change in velocity
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graphs for positive direction constant V
\
\
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graphs for negative direction constant V
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15
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graphs for positive direction speeding up
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graphs for positive direction slowing down
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17
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graphs for negative direction speeding up
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graphs for negative direction slowing down
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19
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horizontal line at 0 on a position vs time graph
not moving
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horizontal line not at 0 on a position vs time graph
not moving
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diagonal line sloping up on a position vs time graph
positive velocity
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diagonal line sloping down on a position vs time graph
negative velocity
23
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curved line, concave up on a position vs time graph
positive acceleration
24
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curved line, concave down on a position vs time graph
negative acceleration
25
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horizontal line at 0 on a velocity vs time graph
not moving
26
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horizontal line not at 0 on a velocity vs time graph
constant velocity
27
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diagonal line sloping up on a velocity vs time graph
pos acceleration
28
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diagonal line sloping down on a velocity vs time graph
neg acceleration
29
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cc up or down on a velocity v time graph
changing acceleration
30
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horizontal line at 0 on an acceleration vs time graph
not moving/constant velocity
31
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horizontal line not at 0 on an acceleration vs time graph
constant acceleration
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line sloping up or down on an acceleration vs time graph
change in acceleration
33
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line cc up or down on an acceleration vs time graph
change in acceleration