How to find vertical distance given speed and time?

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To find the vertical distance a baseball falls after being thrown horizontally off a cliff at 10 m/s for 4.7 seconds, the same principles of physics apply as in previous questions. The horizontal motion does not affect the vertical displacement, which is determined solely by the time and acceleration due to gravity. The calculation for vertical distance remains consistent regardless of the horizontal speed. The relevant equation for vertical displacement under constant acceleration is applicable in both scenarios. Understanding the independence of horizontal and vertical motions is crucial in solving such problems.
shlh
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A baseball is thrown horizontally off a cliff with a speed of 10 ms-1. What is the vertical distance, to the nearest tenth of a meter, that the ball has fallen after 4.7 seconds?
 
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yes,but this ques are asking for VERTICAL instead of horizontal? is there any difference in calculation?
 
It was vertical in the other question as well. The arrow's horizontal motion was irrelevant, all you were asked to do was find the vertical displacement during a known period of constant acceleration.

Although if it did happen to be horizontal, the same equation would still apply.
 
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