Planet #2 (mass M2) and planet #3 (mass M3) are separated by distance R. Planet #1 (mass M1) is directly between these two planets. If M3 = 25 M2 and R=20, then what is the value of r such that the total force on planet #1 is zero?
Planet #2 (mass M2) and planet #3 (mass M3) are separated by distance R. Planet #1 (mass M1) is directly between these two planets. If M3 = 25 M2 and R=20, then what is the value of r such that the total force on planet #1 is zero?
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Planet #2 (mass M2) and planet #3 (mass M3) are separated by distance R. Planet #1 (mass M1) is directly between these two planets.
If M3 = 25 M2 and R=20, then what is the value of r such that the total force on planet #1 is zero?
![Planet # 1
M3
M:
M2
R
Planet # 3
Planet # 2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F79959c62-90f0-4017-8d36-05ef7cfbcfb9%2F7de939de-30e7-496e-a8ea-0a4bc300d869%2F2z9b55l_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Planet # 1
M3
M:
M2
R
Planet # 3
Planet # 2
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