Question

state universal law of gravitation what happens to the force if the distance between the object is decreased by 1by 6

Answer 1

Universal law of gravitational is

F=Gm1*m2/(R^2)

m1 and m2 be mass of any Gtwo object

G is gravitational constant

And R is the distance of separation of m1 and m2

Let distance is decreased by 1/6

And new distance is d'=R/6

Apply gravitational law

F'=Gm1m2*36/R^2

F'=36F

New force is 36 times attractive than initial force of gravitational

Answer 2

F = mM/r^2

then foece is inversaly prpotional to r^2

F ∝ 1/R^2

F/F' = 1/(1/6)^2

F/F' = 36/1

F = 36F'

then , new force is 36 times larger then old one