Science, asked by priya0526, 11 months ago

what will happen to the gravitational force between two bodies if the mass of both the bodies are doubled but the distance between them remain same I don't need any useless answer​

Answers

Answered by tejasgupta
5

Answer:

The new force will become 4 times the previous one.

Explanation:

Study the derivation of the universal law of gravitation here: https://brainly.in/question/7296442

Now we know that

F = \dfrac{G \times m_1 \times m_2}{(d)^2} \; \; -----------(eqn.1)

New masses are 2m₁ and 2m₂.

The distance, d remains the same.

So, new force, F'

F' = \dfrac{G \times 2m_1 \times 2m_2}{(d)^2}\\\\\\\implies F' = \dfrac{4 \times G \times m_1 \times m_2}{(d)^2}\\\\\\\text{From eqn.1,}\\\\\\\boxed{\bold{F' = 4 \times F}}

Hence, the new force will become 4 times the previous one.

Answered by Anonymous
2

Answer:

aaj ke baad maine kissise baat he nhi krni

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