Gravitational force acts on all objects in proportion to their masses. Why then, a heavy object does not fall faster than a light object?
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Answered by
15
DO YOU KNOW ACTUALLY WHAT HAPPENS ......
THE HEAVY OBJECT FALLS FAST BUT NOT THE LIGHTER ONE.....
BECAUSE AIR RESISTANCE IS THERE OR BUYONT FORCE IS THERE WHICH OPPOSES THE OBJECTS NOT TO FALL TOWORDS GROUND.....
BUT AS HEAVY OBJECT HAS GREATER MASS....
IT DOESN'T GET AFFECTED BY IT AND DOES FALL FAST .......
THE HEAVY OBJECT FALLS FAST BUT NOT THE LIGHTER ONE.....
BECAUSE AIR RESISTANCE IS THERE OR BUYONT FORCE IS THERE WHICH OPPOSES THE OBJECTS NOT TO FALL TOWORDS GROUND.....
BUT AS HEAVY OBJECT HAS GREATER MASS....
IT DOESN'T GET AFFECTED BY IT AND DOES FALL FAST .......
Answered by
21
The case stated in question happens only when thier is no resistance by air on the falling bodies.
Means, body must fall in
then only both objects will land at the same time.
This happens because of equal force of attraction by earth.
Means, body must fall in
This happens because of equal force of attraction by earth.
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