how does force of gravitation between two object change when distance between them is reduced to half ?
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Answered by
5
F=GmM/d×d
if distance is taken as d/2, then
F=GMm/d/2×d/2
f=gmM/d×d/4
f=4(gMm/d×d)
so, gravitational force will become 4 times if distance is reduced to half
if distance is taken as d/2, then
F=GMm/d/2×d/2
f=gmM/d×d/4
f=4(gMm/d×d)
so, gravitational force will become 4 times if distance is reduced to half
Answered by
1
☺ Hello mate__ ❤
◾◾here is your answer...
According to the universal law of gravitation, gravitational force (F),
F∝ 1/r^2
If distance r becomes r/2, then the gravitational force will be proportional to
F ∝ 1/ (r/2)^2 ∝ 4/r^2
Hence, if the distance is reduced to half, then the gravitational force becomes four times larger than the previous value.
I hope, this will help you.
Thank you______❤
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