Question

write the formula of gravitational force between two bodies of masses 'x' and 'y' kept at a distance 'r'.

Answer 1

Answer:

Explanation:

If point mass m(i) of the first body is at distance r(ij) from the point mass m(j) of the second body , then force F (ij) between the two point masses is F ...

Answer 2

The formula of gravitational force between two bodies of masses is $F= \frac{x*y}{r^{2} }$

• There are a variety of pushes and pulls withinside the cosmos. Even if it is simply the ground, we're continuously pulling or pushing something.
• The pressure acting, the vulnerable pressure, the electrostatic field, and the gravitational pressure are the handiest genuinely essential forces in physics from which the whole lot else is generated.
• Any mass-containing gadgets are interested in each other via way of means of the gravitational pressure. Because it constantly tries to drag loads collectively as opposed to pushing them apart, the gravitational pressure is called attractive.
• In reality, the whole lot withinside the cosmos is tugging on the whole lot else, together with you! Newton's Universal Law of Gravitation is what it's far called.

According to the question, two bodies of masses are x and y

and, distance is r

so,

$F= \frac{x*y}{r^{2} }$

where, F = Gravitational Force

G = Gravitational Constant

Hence, The formula of gravitational force between two bodies of masses is $F= \frac{x*y}{r^{2} }$

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