Question

two objects of mass M1 and M2 when separated by a distance D experts a force f on each other what happens when value of mass of first object is doubled what happens in masses of both objects are doubled in what happens when the distance between them becomes 1 by 2 and what happens when the spaces between the two object has no air and it is completely vacuum​

Answer 1

Ok ,

If your Dp is real ,you look cute!

Mass of first object=M1

Mass of second object=M2

Distance between them=D

The force which will be there between them is Gravitational force.

So as we know

The gravitational force between any two masses is directly proportional to their product of mass

and inversely proportional to distance square between them .

When, mass of first object is doubled the force will become double!! "2F"

Using,

F=G(M1×M2)/D^2

F'=G×2M1×M2/D^2

F'=2[G(M1×M2)/D^2]

F'=2F

When , Both masses are doubled then the force increases by four times "4F"

When, the distance become half....

The force will become 1/4 of the original one

which means

F/4

Answer 2

Answer:

hope it helps u

Explanation:

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