if the force of gravity gmmd2 is exactly equal to the centripetal force mv2d keeping the orbitin

Name: if the force of gravity gmmd2 is exactly equal to the centripetal force mv2d keeping the orbiting objects moving in a circle within a galaxy of stars how much mass in total must exist inside 11867
Uploaded: 2023-07-22T15:09:13-08:00
Duration: 15 s
Channel: Numerade
Description: if the force of gravity gmmd2 is exactly equal to the centripetal force mv2d keeping the orbiting objects moving in a circle within a galaxy of stars how much mass in total must exist inside 11867

Question

Vipender Rao · Answer

In this question we&#x27;re given that in a galaxy of total mass M, stars are being distributed unifo

Suzanne W. · Answer

Show that the orbital speed of the star is given by r times the square root of GM over capital R

Sufiyan Alam · Answer

So the point is, let&#x27;s say this is star of mass M and this is the planet M of mass small M and i

Meghan R · Answer

In the given question we are told that consider uniform spherical distribution of stars in galax

David Gold · Answer

So we have the following system here. We have two stars orbiting each other. So they&#x27;re each orb

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