Which equations can be used to solve for acceleration? Check all that apply.

t = delta v over a.

vf = at - vi

a = d over t.

vi = vf - at

v = a over t.

vf = at + vi

a = delta v over t.

All the options are correct.

Explanation:

Hello!

Let's solve this!

Let's analyze each of the equations:

t = delta v over a.:If we clear the acceleration, we can calculate it. a = delta v over t

vf = at - vi: we can clear to

a = d over t: we can clear a

vi = vf - at: we can clear to

v = a over t: we can clear a

vf = at + vi: we clear a = vf-vi / t

a = delta v over t.: can be calculated directly.

After the analysis we conclude that all the options are correct.

All of the listed equations excluding a = d over t.

Explanation:

Hello,

All of the listed equations excluding a = d over t are suitable to solve for the acceleration since a is directly alone at one of the sides of the equations or can be isolated by some algebraic arrangements. The aforesaid unsuitable equation doesn't apply by cause of the lack of the specification about what delta is referred to.

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