What is the answer to solvefor t,v=v_{o}+at ?

The answer to solvefor t,v=v_{o}+at is t=(v-v_{o})/a ;\quad a\ne 0

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solvefor t,v=v_{o}+at

solve for

t, v = v_{o} + a t

t = \frac{v - v _{o}}{a}; a \neq = 0

Solution steps

v = v_{o} + a t

Switch sides

v_{o} + a t = v

Move

v_{o}

to the right side

a t = v - v_{o}

Divide both sides by

a; a \neq = 0

t = \frac{v - v _{o}}{a}; a \neq = 0

3 (- 2)^{2} - 3 (- 2) + k = 4

- 14 = 4 x - 2

36 = 2

x, 4 x + y + 2 = 0

2 (2 y - 5) + 2 y = 68

What is the answer to solvefor t,v=v_{o}+at ?
The answer to solvefor t,v=v_{o}+at is t=(v-v_{o})/a ;\quad a\ne 0