force is projected from point A, at distance a from the center of force O, in a direction perpendicular to OA, its projection velocity becomes half of the velocity required for a circular orbit of radius a. Here, how can we find the angular momentum and show that the radial equation of motion is
force is projected from point A, at distance a from the center of force O, in a direction perpendicular to OA, its projection velocity becomes half of the velocity required for a circular orbit of radius a. Here, how can we find the angular momentum and show that the radial equation of motion is
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When the particle with a given central force is projected from point A, at distance a from the center of force O, in a direction perpendicular to OA, its projection velocity becomes half of the velocity required for a circular orbit of radius a.
Here, how can we find the
![ji –
9 ka
4 r³
||
3k
p2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F697083f3-e846-4876-a1e7-af0acc51fdaf%2F12277a17-25e1-4f5b-aa06-c6db2a00ecfd%2Fncbn3nr_processed.png&w=3840&q=75)
Transcribed Image Text:ji –
9 ka
4 r³
||
3k
p2
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