6. a. Find the components of velocity and acceleration vectors in both cylindrical polar and spherical coordinates. [20pts] b. Suppose a particle of mass m is rotating (non-uniformly) around the origin in a 3d space at a fix distance r. Find the general expression of the angular momentum and Torque experienced by the particle in spherical coordinates.[20 pts.]
6. a. Find the components of velocity and acceleration vectors in both cylindrical polar and spherical coordinates. [20pts] b. Suppose a particle of mass m is rotating (non-uniformly) around the origin in a 3d space at a fix distance r. Find the general expression of the angular momentum and Torque experienced by the particle in spherical coordinates.[20 pts.]
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Please solve letter B only. Thank you.
![6. a. Find the components of velocity and acceleration vectors in both cylindrical polar
and spherical coordinates. [20pts]
b. Suppose a particle of mass m is rotating (non-uniformly) around the origin in a 3d
space at a fix distance r. Find the general expression of the angular momentum and
Torque experienced by the particle in spherical coordinates.[20 pts.]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F774b9ce5-bbe0-4465-8b90-e7d2f013303a%2F41f17b3e-14db-4eb2-95bd-18f0de7b71be%2Fwwhev99_processed.jpeg&w=3840&q=75)
Transcribed Image Text:6. a. Find the components of velocity and acceleration vectors in both cylindrical polar
and spherical coordinates. [20pts]
b. Suppose a particle of mass m is rotating (non-uniformly) around the origin in a 3d
space at a fix distance r. Find the general expression of the angular momentum and
Torque experienced by the particle in spherical coordinates.[20 pts.]
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