SUVAT Equations Flashcards
You are given initial velocity, acceleration, and time. you’re trying to find final velocity. What equation will you use?
v=u+at
You are given final velocity, acceleration, and time. you’re trying to find initial velocity. What equation will you use?
u=at-v
You are given initial velocity, acceleration, and final velocity. you’re trying to find time. What equation will you use?
t=v-u/a
You are given initial velocity, final velocity, and time. you’re trying to find acceleration. What equation will you use?
a=v-u/t
You are given initial velocity, acceleration, and displacement. you’re trying to find final velocity. What equation will you use?
v=sqr((u^2)+2as)
You are given initial velocity, final velocity, and displacement. you’re trying to find acceleration. What equation will you use?
a=v^2-u^2/2s
You are given initial velocity, acceleration, and final velocity. you’re trying to find displacement. What equation will you use?
s=v^2+u^2/2a
You are given final velocity, acceleration, and displacement. you’re trying to find initial velocity. What equation will you use?
u=sqr(2as-(v^2))
You are given final velocity, acceleration, and time. you’re trying to find displacement. What equation will you use?
s=vt-0.5at^2
You are given displacement, acceleration, and time. you’re trying to find final velocity. What equation will you use?
v=s+at^2/2t
You are given final velocity, displacement, and time. you’re trying to find acceleration. What equation will you use?
a=2(vt-s)/t^2
You are given final velocity, acceleration, and displacement. you’re trying to find time. What equation will you use?
t=v(sqr((v^2)-2as))/a
You are given initial velocity, final velocity, and time. you’re trying to find displacement. What equation will you use?
s=0.5(u+t)
You are given final velocity, time, and displacement. you’re trying to find initial velocity. What equation will you use?
u=(2s/t)+v
You are given initial velocity, time, and displacement. you’re trying to find final velocity. What equation will you use?
v=(2s/t)-u