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In cases of uniformly accelerated motion, how may the final velocity be expressed in terms of initial velocity, acceleration, and elapsed time?

2006-12-15 11:25:04 · 3 answers · asked by ahmad 1 in Science & Mathematics Physics

3 answers

A = Acceleration
Vo = Intial velocity
T = Elapsed time

Vf = AT + Vo

2006-12-15 11:34:34 · answer #1 · answered by jpferrierjr 4 · 1 0

What jpferrierjr said, except I learned that Initial Velocity is expressed as Vi.

2006-12-15 13:56:46 · answer #2 · answered by person 3 · 0 0

at the same time as an merchandise shifting in a without delay line is uniformly sped up, ( i.e its speed transformations with time, because acceleration is fee of replace of speed) then the action is named uniformly sped up linear action. imagine of a vehicle shifting in a linear(without delay) route. at the same time as its speed(speed) transformations with time, the automobile is declared to be sped up. so its action then will be referred to as a uniformly sped up linear action.

2016-10-18 08:37:30 · answer #3 · answered by Anonymous · 0 0

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