Question: Part A:) Two planets orbit a star, as shown. If the planets are identical, which gravitational force is the strongest?Part B:) Two planets orbit a

Part A:) Two planets orbit a star, as shown. If the planets are identical, which gravitational force is the strongest?Part B:) Two planets orbit a star. as shown. If it is possible for both planets to experience the same gravitational force from the central star?

Part A:) Two planets orbit a star, as shown. If the planets

x Two planets orbit a star, as shown. If the planets are identical, which gravitational force is the strongest? A The force between the two planets B All three gravitational forces are equal. (x C The force between the inner planet and the star. (x D The force between the outer planet and the star "* Two planets orbit a star, as shown. Is it possible for both planets to experience the same gravitational force from the central star? A Yes, as long as the outer planet is more massive B Yes, as long as the outer planet is moving faster C Yes, since they orbit the same star, they will always have the same force D No. it is not possible for different objects to experience the same gravitational force

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