Motion Test Review

Figure out the time using vy=viy + gt then solve for distance using vx=x/t

Figure out the time using y=viy(t) + 1/2 g(t^2). Then solve for distance using vx=x/t

Figure out the time using vx=x/t. Then solve for distance

Solve for distance using

x=vt + 1/2g(t^2)

Vertical acceleration

Horizontal acceleration

Centripetal acceleration

Vertical displacement

vf=x/t

vf=-vi

vf=at

vf=vi

Car A

Car B

Car C

Car D

Outwards

Upwards

Downwards

Inwards towards the center

Runner A has a faster speed than runner B

Runner B has a faster speed than runner A

Runner A has a faster velocity than runner B

Runner B has a faster velocity than runner A.

Runner A and Runner B have the same Velocity

First find the time from vx=x/t, then use

y=viy(t) + 1/2g(t^2).

First find the time using vy=viy+gt, then use

y=viy(t) + 1/2g(t^2).

You use y=viy(t) + 1/2g(t^2).

First find the time using

y=viy(t) + 1/2g(t^2), then use vy=viy+gt

You use x=vi(t) + 1/2a(t^2).

First figure out time using v=x/t, then use

x=vi(t) + 1/2a(t^2).

First figure out time using a=v/t, then solve for distance using

x=vi(t) + 1/2a(t^2).

First figure out time using a=v/t, then solve for distance using v=x/t