the following diagrams are the same as those from Part A. again considering only
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the following diagrams are the same as those from Part A. again considering only 2 objects shown in each pair, this time rank the strength from strongest to weakest, of the gravitational force acting on the object on the right M Answers Give Up npts used, correct answer displayed he distance is the same for all five cases, the gravitational force depends only on the product of the masses. And because the same ast all five cases, the relative strength of gravitational force depends on the mass of the object on the right. Continue to Part B to explore w ead ask about the gravitational force acting on the object on the right. ranked two of the diagrams with equal strength of gravity. But notice that the distances are all the same and the asteroids on the left are ile the objects on the right each have different masses. So can any of the diagrams really represent equal strength of gravity? Think abos gain. ing diagram, are the same as those from Part A. Again coningly the two objects shown in each pair, this time rank the strength, fro t, of the gravitational force acting on the object on the right Reset Help asteroid Moon asteroid hydrogen asteroid asteroid Sun asterold asteroid Weakest force Strongest force Print AExplanation / Answer
Since the distance is same for all five cases, and according to Newton's law of gravitation, the gravitational force depends only on the product of the masses. And because the same asteroid is on the left in all five cases, the relative strength of gravitational force depends on the mass of the object on the right.
Strongest force to weakest force order: Sun, Earth, Moon, Asteroid, Hydrogen atom
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