the equation $f = v+at$ represents the final velocity of an object, $f$, with an initial velocity, $v$, and…

the equation $f = v+at$ represents the final velocity of an object, $f$, with an initial velocity, $v$, and an acceleration rate, $a$, over time, $t$. which is an equivalent equation solved for $t$? $t=\frac{f - v}{a}$ $t=\frac{f - a}{v}$ $t=a(f - v)$ $t=v(f - a)$

the equation $f = v+at$ represents the final velocity of an object, $f$, with an initial velocity, $v$, and an acceleration rate, $a$, over time, $t$. which is an equivalent equation solved for $t$? $t=\frac{f - v}{a}$ $t=\frac{f - a}{v}$ $t=a(f - v)$ $t=v(f - a)$

Answer

Explanation:

Step1: Isolate the term with t

Given $f = v+at$, subtract $v$ from both sides: $f - v=at$.

Step2: Solve for t

Divide both sides by $a$: $t=\frac{f - v}{a}$.

Answer:

A. $t=\frac{f - v}{a}$