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The gravitational force between two masses kept at a certain d
Question

The gravitational force between two masses kept at a certain distance is p N. The same two masses are now kept in water and the distance between them are same.\displaystyle{T}{h}{e}{g}{r}{a}{v}{i}{t}{a}{t}{i}{o}{n}{a}{l}{f}{\quad\text{or}\quad}{c}{e}{b}{e}{t}{w}{e}{e}{n}{t}{h}{e}{s}{e}{t}{w}{o}{m}{a}{s}{s}{e}{s}\in{w}{a}{t}{e}{r}{i}{s}{q}{N}.{T}{h}{e}{n}.

A
p = q

B
p < q

C
p > q

D
None of these

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The gravitational force between two masses kept at a certain distance is p N. The same two masses are now kept in water and the distance between them are same.\displaystyle{T}{h}{e}{g}{r}{a}{v}{i}{t}{a}{t}{i}{o}{n}{a}{l}{f}{\quad\text{or}\quad}{c}{e}{b}{e}{t}{w}{e}{e}{n}{t}{h}{e}{s}{e}{t}{w}{o}{m}{a}{s}{s}{e}{s}\in{w}{a}{t}{e}{r}{i}{s}{q}{N}.{T}{h}{e}{n}.
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Text SolutionText solutionverified iconVerified

Gravitational force is same in both the conditions because g is same everywhere on the surface of the Earth and masses are identical.
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Question Text
The gravitational force between two masses kept at a certain distance is p N. The same two masses are now kept in water and the distance between them are same.\displaystyle{T}{h}{e}{g}{r}{a}{v}{i}{t}{a}{t}{i}{o}{n}{a}{l}{f}{\quad\text{or}\quad}{c}{e}{b}{e}{t}{w}{e}{e}{n}{t}{h}{e}{s}{e}{t}{w}{o}{m}{a}{s}{s}{e}{s}\in{w}{a}{t}{e}{r}{i}{s}{q}{N}.{T}{h}{e}{n}.
Answer TypeText solution:1
Upvotes150