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Asked: 2024-04-26T00:32:16-04:00 In:

A space expedition discovers a planetary system consisting of a massive star and several spherical planets. the planets all have the same uniform mass density. The orbit of each planet is circular. Question a scientific probe lands on several different planets, all of which have the same mass density but differ in radius . They measure the acceleration due to gravity on the surface of each planet. which of the followings shows a graph that can be used to determine an experimental value for the universal gravitational constant and an explanation of how to determine this value?

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A space expedition discovers a planetary system consisting of a massive star and several spherical planets. The planets all have the same uniform mass density. The orbit of each planet is circular.

In the observed planetary system, Planet A orbits the central star at the distance of 2R and takes T hours to complete one revolution around the star.

Planet B orbits the central star at the distance of R. Which of the following expressions is correct for the number of hours it takes Planet B to complete one revolution around the star?




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    2 Answers

    1. Anonymous

      The correct expression for the number of hours it takes Planet B to complete one revolution around the star is 18.

      The answer is option A.

    3. Anonymous
      This answer was edited.

      a space expedition discovers a planetary system consisting of a massive star and several spherical planets. the planets all have the same uniform mass density. the orbit of each planet is circular. question a scientific probe lands on several different planets, all of which have the same mass density but differ in radius . they measure the acceleration due to gravity on the surface of each planet. which of the followings shows a graph that can be used to determine an experimental value for the universal gravitational constant and an explanation of how to determine this value?