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Motion and formulas

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Total cards: 24•Content version: v4•Public deck•Updated: 8/1/2026

Card preview (24)

#1
Front (Question)

Momentum

Back (Answer)

The amount of motion possessed by a moving object

#2
Front (Question)

Impulse

Back (Answer)

Force * Time. The motion (momentum) of a body depends not only on the force, but also the duration (time) the force is applied Impulse = Force*Time

#3
Front (Question)

Angular Motion

Back (Answer)

Deals with motion of objects that spin around an axis Ex. Flag football, gymnastics, discus, baseball, golf, ect.

#4
Front (Question)

P

Back (Answer)

Momentum

#5
Front (Question)

M

Back (Answer)

Mass

#6
Front (Question)

V

Back (Answer)

Velocity

#7
Front (Question)

J

Back (Answer)

Impulse

#8
Front (Question)

F

Back (Answer)

Force

#9
Front (Question)

Triangle

Back (Answer)

Delta (Duration or change)

#10
Front (Question)

t

Back (Answer)

Time

#11
Front (Question)

More angular motion

Back (Answer)

Produced by the application of a force acting at a distance from the center of mass

#12
Front (Question)

Torque

Back (Answer)

Force applied to an object that does not go through center of mass

#13
Front (Question)

Angular displacement (0 Theta)

Back (Answer)

Difference between start and end positions when a body moves around an object

#14
Front (Question)

Vector quantity

Back (Answer)

Size and direction Size unit - degrees or radians direction - clockwise/counterclockwise

#15
Front (Question)

Angular velocity (w-omega)

Back (Answer)

Change of angular displacement divided by the time taken

#16
Front (Question)

Units for angular velocity

Back (Answer)

Degrees/sec OR radians/sec

#17
Front (Question)

V

Back (Answer)

Linear velocity

#18
Front (Question)

w(omega)

Back (Answer)

angular velocity

#19
Front (Question)

r

Back (Answer)

Radius (distance of an object from axis of rotation

#20
Front (Question)

Omega -> formula

Back (Answer)

omega -> angular velocity -> radians/sec -> formula

#21
Front (Question)

Final angular momentum

Back (Answer)

is considered when an athlete or object is free of additional eccentric forces

#22
Front (Question)

s

Back (Answer)

speed

#23
Front (Question)

d

Back (Answer)

distance

#24
Front (Question)

a

Back (Answer)

acceleration