3. (912.ar.1.2) tyler used the equation, v = v₀ + at, to find the final velocity of a rocket after its…

3. (912.ar.1.2) tyler used the equation, v = v₀ + at, to find the final velocity of a rocket after its acceleration, a. write an equation below that represents the rocket’s time after t seconds.

3. (912.ar.1.2) tyler used the equation, v = v₀ + at, to find the final velocity of a rocket after its acceleration, a. write an equation below that represents the rocket’s time after t seconds.

Answer

Explanation:

Step1: Isolate the term with (t)

Subtract (v_0) from both sides of (v = v_0+at), getting (v - v_0=at).

Step2: Solve for (t)

Divide both sides of (v - v_0 = at) by (a) (assuming (a\neq0)), we have (t=\frac{v - v_0}{a}).

Answer:

(t=\frac{v - v_0}{a})