Two stars are 1.3times 10^3 m apart. Each star has a mass of 3.8times 10^15 kg. What is the gravitational attractive force between them? 569times 10^14 8.54times 10^24 9.99times 10^37 1.1times 10^28

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Answer 1

To find the gravitational attractive force between the two stars, we can use Newton's law of universal gravitation, which is given by the formula:

where:-

is the gravitational force,-

is the gravitational constant, approximately

,-

and

are the masses of the two objects,-

is the distance between the centers of the two objects.Given:-

,-

.Substitute these values into the formula:

First, calculate the numerator:

Now, calculate the denominator:

Now, divide the results:

The closest option to this result is

, which simplifies to

.Therefore, the gravitational attractive force between the two stars is approximately

.

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