a body of mass M falling freely from a height h what will be its kinetic energy just before it touches the ground
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a body of mass M falling freely from a height h what will be its kinetic energy just before it touches the ground
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Answer:
1/2 mass × gravitational force × height
Explanation:
if the body is suspended at a height h and mass us m so if it will fall gravitation will act even when it was hanged then also gravity was inact so in this way u could find ... take g as 10 or 9.8
Explanation:
consider a body of mass M falling freely from height h
intial velocity u = 0 , height of the body from the ground = h
k.E = 1/2mu^ = 0