Physics Formulas: Kinematics

distance traveled by a uniformly accelerating object =

V₀ (t)+.5at²

acceleration = ______/time

change in velocity (m/s/s = m/s²)

Velocity can be found in ________ of an avg acceleration vs. time graph

the area under the curve

for linear motion, vf = v₀ + ____ (___)

a; change in time

for linear motion vf² = v0² + __ ()

2a; change in x

for linear motion, change in x = v0 (change in time) + ___ (_)(change in time)²

.5;a

for linear motion & a = 0, change in x = v (_)

change in time

v_x = v ___

cos theta

v_y = v___

sin theta

cos (60)

.5

sin (60)

.9

pressure = __/Area

Force

Elastic energy = .5k_

x²