the force of gravity due to the Earth on the body is proportional to its mass then why does a heavy body not fall faster than a lighter body
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Gravitational force acting between to bodies is proportional to the product of their masses.
If one body is falling on the other body then calculating the acceleration of the falling body.
Which is equal to the,
Acceleration = Force / mass of the falling body
Which is independent of the mass of the falling body.
Therefore all the bodies fall with the same acceleration on the other body independent of their masses.
mark me brainlist !!!/
===================
Gravitational force acting between to bodies is proportional to the product of their masses.
If one body is falling on the other body then calculating the acceleration of the falling body.
Which is equal to the,
Acceleration = Force / mass of the falling body
Which is independent of the mass of the falling body.
Therefore all the bodies fall with the same acceleration on the other body independent of their masses.
Answered by
12
ANSWER:-
It is because mass and acceleration are inversely proportional so a heavy body will have less acceleration.
PLEASE MARK AS BRAINLIEST
It is because mass and acceleration are inversely proportional so a heavy body will have less acceleration.
PLEASE MARK AS BRAINLIEST
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