a ball is thrown upwards on the moon with an initial speed of 35m/s .calculate a.time taken to reach the maximum height . b. the maximum height reached by the ball . c. its velocity 3 seconds after it has been thrown.

Question

a ball is thrown upwards on the moon with an initial speed of 35m/s .calculate   a.time taken to reach the maximum height .   b. the maximum height reached by the ball . c. its velocity 3 seconds after it has been thrown.

lord aklika mawuli · Answer

please help me solve this

oobleck · Answer

find g on the moon. Using that value, since v = 35-gt, max height, achieved when v=0, is when t = 35/g h(t) = 35 - 1/2 gt^2 find h(3)