Physics, asked by anshpreetsingh39, 6 months ago

Q.3Two particles of equal mass (m) move in a circle of radius (r) under

the action of their mutual gravitational attraction. Find the speed of each

particle.​

Answers

Answered by Sankalp050
1

Answer:

{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ \fbox{ YASHASWINI}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}

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