Physics, asked by hepsegirzi, 10 months ago

1.) Suppose 2 objects attract each other by 16 units of Fg. Determine the Fg experience by another 2 objects of half of the mass of the first 2 objects separated by 1/4 their distance.

2.) Determine the g experienced by a man in the airplane at 4000 ft above the earth's surface.

Answers

Answered by meghashah0809

Answer:

HERE IS YOUR ANSWER!!!!

Explanation:

If the mass of both of the objects is doubled, then the force of gravity between them is quadrupled; and so on. Since gravitational force is inversely proportional to the square of the separation distance between the two interacting objects, more separation distance will result in weaker gravitational forces

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1.) Suppose 2 objects attract each other by 16 units of Fg. Determine the Fg experience by another 2 objects of half of the mass of the first 2 objects separated by 1/4 their distance. 2.) Determine the g experienced by a man in the airplane at 4000 ft above the earth's surface.

Answers

1.) Suppose 2 objects attract each other by 16 units of Fg. Determine the Fg experience by another 2 objects of half of the mass of the first 2 objects separated by 1/4 their distance.

2.) Determine the g experienced by a man in the airplane at 4000 ft above the earth's surface.