kinesiology + biomechanics

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

Card preview (24)

Front (Question)

Newtons first law

Back (Answer)

object at rest or moves at constant momentum unless external force acts upon it

Front (Question)

Newton 2nd law

Back (Answer)

f = m x a

Front (Question)

newtons 3rd law

Back (Answer)

every action has an equal and opposite reaction

Front (Question)

LINEAR MOTION displacement (x)

Back (Answer)

change in position (x) m

Front (Question)

LINEAR MOTION MOMENTUM (p)

Back (Answer)

mass X velocity kg.m.s-1

Front (Question)

LINEAR MOTION VELOCITY (V)

Back (Answer)

change in position(x) / change in time(t) m.s-1

Front (Question)

LINEAR MOTION ACCELERATION (A)

Back (Answer)

change in velocity(v) / change in time (t) m.s^2

Front (Question)

LINEAR MOTION FORCE (F)

Back (Answer)

mass x acceleration kg.m.s-2 = N

Front (Question)

LINEAR MOTION IMPULSE (IMP)

Back (Answer)

force X time = change in momentum (p) kg.m.s-1 = N.s

#10

Front (Question)

LINEAR MOTION KINETIC ENERGY (KE)

Back (Answer)

1/2 X mass X velocity^2 J

#11

Front (Question)

ANGULAR MOTION Newtons 1st law

Back (Answer)

an object will stay in constant ANGULAR MOMENTUM unless external TORQUE acts upon it

#12

Front (Question)

ANGULAR MOTION Newtons second law

Back (Answer)

TORQUE = total moment of inertia x angular acceleration

#13

Front (Question)

ANGULAR MOTION Newtons 3rd law

Back (Answer)

if first objects exerts torque on second object second object will react with equal torque and magntiude in opposite direction

#14

Front (Question)

ANGULAR MOMENTUM moment of inertia

Back (Answer)

(mass x distance^2) kg.m^2

#15

Front (Question)

ANGULAR MOMENTUM angular displacement

Back (Answer)

change in angle rad

#16

Front (Question)

ANGULAR MOMENTUM angular velocity (w)

Back (Answer)

change in angle / change in time rad.s^-1

#17

Front (Question)

ANGULAR MOMENTUM angular acceleration

Back (Answer)

change in angular velocity / change in time rad.s^-2

#18

Front (Question)

ANGULAR MOMENTUM angular momentum (h)

Back (Answer)

moment on inertia (i) x angular velocity (w) kg.m^2.s^-1

#19

Front (Question)

ANGULAR MOMENTUM torque

Back (Answer)

moment of inertia x angular acceleration N.m

#20

Front (Question)

ANGULAR MOMENTUM angular impulse

Back (Answer)

torque x change in time = angular momentum N.m.s

#21

Front (Question)

ANGULAR MOMENTUM kinetic energy

Back (Answer)

1/2 x moment of inertia x angular velocity ^2 J

#22

Front (Question)

what are the symbols for : 1) linear velocity 2) linear acceleration 3) linear momentum 4) linear force 5) linear impulse 6) linear kinetic energy

Back (Answer)

1) v 2) a 3) p 4) f 5) imp 6) ke

#23

Front (Question)

what are the symbols for: 1) angular velocity 2) angular acceleration 3) angular momentum 4) torque 5) angular impulse 6) angular kinetic energy

Back (Answer)

1) w 2) a 3) h 4) T 5) Imp 6) Ke

#24

Front (Question)

CIRCULAR MOTION arc length (s)

Back (Answer)

s = rθ