(a) Find the curl of the following vector: A = r cos 0 f-(sin e cos e@ (spherical) 2ô (spherical) (b) Find the divergence of the following vector A = f 2r sin o - @r cos o +2 4r (cylindrical)
(a) Find the curl of the following vector: A = r cos 0 f-(sin e cos e@ (spherical) 2ô (spherical) (b) Find the divergence of the following vector A = f 2r sin o - @r cos o +2 4r (cylindrical)
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![(a)
Find the curl of the following vector:
A =r cos e f-(
(sin & cos @ (spherical)
(b)
Find the divergence of the following vector
A = f 2r sin o- @r cos o +2 4r (cylindrical)
If u know both subparts then u try otherwise skip for other](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5ce07c4e-44f8-4498-aa0c-f06c6a3a961a%2F2591b090-cc01-49de-8ea9-6ddf1ba10ccd%2F8modhu9_processed.png&w=3840&q=75)
Transcribed Image Text:(a)
Find the curl of the following vector:
A =r cos e f-(
(sin & cos @ (spherical)
(b)
Find the divergence of the following vector
A = f 2r sin o- @r cos o +2 4r (cylindrical)
If u know both subparts then u try otherwise skip for other
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