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1)the gravitational force between 2 objects is 1000N. Now should the distance between the two objects be changed so. That force between them become 50N
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Force F = G m1 m2 ÷ d^2
d = distance.
G = universal gravitational constant.
m1 & m2 are masses of the two bodies.
d1 = initial distance. d2 = final distance.
F1 = initial force. F2 = final force.
So F1 / F2 = (d2 / d1)^2
So 1000/20 = (d2/d1)^2
d2 = d1 × 5 × sqrt(2).
Increase distance to 5×sqrt2 times initial.
d = distance.
G = universal gravitational constant.
m1 & m2 are masses of the two bodies.
d1 = initial distance. d2 = final distance.
F1 = initial force. F2 = final force.
So F1 / F2 = (d2 / d1)^2
So 1000/20 = (d2/d1)^2
d2 = d1 × 5 × sqrt(2).
Increase distance to 5×sqrt2 times initial.
A2002:
Sir I think wrong soltion and answer.
The Above answer is correct
Write is this. F1/F2=d2sq/d1sq. 1000/50=d2sq/d1sq. 20= d2sq/d1sq. 20d1sq=d2sq. On changing the side of sq. 20d1=d2.
Sorry sir for hert but it's my opinion
Sir please say something
Am I right or wrong
Square? ?
sir I am unable to get you
sir I am waiting you
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