(Recall - Gm, m2 - Gm, mz Two planets, mı = m and m2 = 2m have radii of R1 = R and R2 = 3R. They are infinitely far apart and at rest. Because of their gravitational attraction, they head toward each other on a collision course. What is the velocity of each planet just before they collide? (Your answers should be in terms of m, R, and G) m. m, = m m2 = 2m Cat oo) R 3R V: = 0 Vii Viz=0 12 Vy =? V. zg =? %3D
(Recall - Gm, m2 - Gm, mz Two planets, mı = m and m2 = 2m have radii of R1 = R and R2 = 3R. They are infinitely far apart and at rest. Because of their gravitational attraction, they head toward each other on a collision course. What is the velocity of each planet just before they collide? (Your answers should be in terms of m, R, and G) m. m, = m m2 = 2m Cat oo) R 3R V: = 0 Vii Viz=0 12 Vy =? V. zg =? %3D
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(Recall F
- Gm, mz
- Gm, Mz
Cr) =
r
mo
Two planets, m1 = m and m2 = 2m have radii of R1 = R and R2 = 3R. They are infinitely far apart and at rest. Because of their
gravitational attraction, they head toward each other on a collision course. What is the velocity of each planet just before they
collide? (Your answers should be in terms of m, R, and G)
%3D
%3D
mz
2m
Cat ao)
R
(at oo
V. = 0
Viz
U.
Vg =?
Vzs=?
+
3R
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