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Algebra
Pregunta

A cannonball is fired directly upward with an init...

A cannonball is fired directly upward with an initial velocity of \( 600 \) feet per second. Its height above the ground at time \( t \) can be modeled with the equation 

\( h = - 16 t ^ { 2 } + 600 t\) 

How high does the cannonball travel before it begins to fall back to the ground? Round your answer to two decimal places if needed. 

Answer

\(h_{\max}= \frac{- 600^{2}}{4(- 16)}= 5625\)

Solución
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