A planet with a uniform density has mass Mp and a radius R. A very thin mine shaft has been drilled through the planet and a rock of mass m, has been dropped down the shaft. Find the acceleration of the rock when it is a distance r from the center. Mp m, R
A planet with a uniform density has mass Mp and a radius R. A very thin mine shaft has been drilled through the planet and a rock of mass m, has been dropped down the shaft. Find the acceleration of the rock when it is a distance r from the center. Mp m, R
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![3rd Quarter, Extra Credit #1 (
A planet with a uniform density has mass M, and a radius R.
A very thin mine shaft has been drilled through the planet and
a rock of mass m, has been dropped down the shaft. Find the
acceleration of the rock when it is a distance r from the center.
Mp
m,
R](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb4ab755c-7151-4c78-a18e-29a93de2547b%2F08bed0de-4c08-46c8-97fb-fd2ae268b1f2%2Fzww2qd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3rd Quarter, Extra Credit #1 (
A planet with a uniform density has mass M, and a radius R.
A very thin mine shaft has been drilled through the planet and
a rock of mass m, has been dropped down the shaft. Find the
acceleration of the rock when it is a distance r from the center.
Mp
m,
R
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