ets say we have the figure above.. help please this is our problem. a. GET THE GRAVITATIONAL FORCE THAT IT EXERTS ON THE MASS M PARTICLE (a distance of x from the centre ring) along da axis. b. lets say, that this particle will fall from its rest. because of the attraction of ring. GET THE EXPRESSION OF SPEED (passes thru the centre ring lets also assume it started a distance A that is away from the centre. thank you so much. we will upvote the answer
ets say we have the figure above.. help please this is our problem. a. GET THE GRAVITATIONAL FORCE THAT IT EXERTS ON THE MASS M PARTICLE (a distance of x from the centre ring) along da axis. b. lets say, that this particle will fall from its rest. because of the attraction of ring. GET THE EXPRESSION OF SPEED (passes thru the centre ring lets also assume it started a distance A that is away from the centre. thank you so much. we will upvote the answer
Related questions
Question
lets say we have the figure above.. help please this is our problem.
a. GET THE GRAVITATIONAL FORCE THAT IT EXERTS ON THE MASS M PARTICLE (a distance of x from the centre ring) along da axis.
b. lets say, that this particle will fall from its rest. because of the attraction of ring. GET THE EXPRESSION OF SPEED (passes thru the centre ring lets also assume it started a distance A that is away from the centre.
thank you so much. we will upvote the answer
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps with 3 images
