Imagine two planets of equal mass. Planet A orbits the sun, while Planet B orbits a black hole that has 10,000 times the mass of the sun. The distances from each planet to the bodies they orbit are equal. How does the gravitational force between Planet A and the sun compare with the force between Planet B and the black hole?

The gravitational force between Planet A and the sun is many times weaker than the gravitational force between Planet B and the black hole.

The gravitational force between the Planet B and the black hole is quite high because:

Heavier bodies in space have a higher gravitational pull
Black holes exert a heavy gravitational pull that is even able to pull light in

Based on the fact that both planets are of the same distance from their sun and black hole, Planet B will have a heaver gravitational pull on it because of the mass and nature of the black hole.

In conclusion, Planet A will have a lighter gravitational force between it and is sun as compared to Planet B.

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