a cannon ball is fired at some angle into the air. in the first second it moves

Question

a cannon ball is fired at some angle into the air. in the first second it moves 130 meters horizontally. Assuming that it does not hit the ground and air resistance can be ignored, how far does it move horizontally in the next second? a cannon ball is fired at some angle into the air. in the first second it moves 130 meters horizontally. Assuming that it does not hit the ground and air resistance can be ignored, how far does it move horizontally in the next second? a cannon ball is fired at some angle into the air. in the first second it moves 130 meters horizontally. Assuming that it does not hit the ground and air resistance can be ignored, how far does it move horizontally in the next second?

Explanation / Answer

in next second cannon ball move the same distance that covered in first second = 130 meters because there is no any horizontal acceleration , hence horizontal velocity remains constant throughout the path.

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