Problemas
 alt="3. (912.AR 1.2)
Tyler used the equation, v=v_(o)+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.
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3. (912.AR 1.2) Tyler used the equation, v=v_(o)+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. square
Solución
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Oscarélite · Tutor durante 8 años
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To find the equation that represents the rocket's time after t seconds, we need to rearrange the given equation $v = v_{o} + at$ to solve for time (t).<br /><br />Given equation: $v = v_{o} + at$<br /><br />Rearranging the equation to solve for t:<br />$v - v_{o} = at$<br />$t = \frac{v - v_{o}}{a}$<br /><br />Therefore, the equation that represents the rocket's time after t seconds is:<br />$t = \frac{v - v_{o}}{a}$
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