K is a vector field and V is a scalar field. The divergence of K is equal V; that is V = V.K. Evaluate V in cylindrical coordinates and determine V at the point (r, p, z)= (25, 45°, 5) if r cos p K = r cos² pr + Z - 3z sin 02

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K is a vector field and V is a scalar field. The divergence of K is equal V; that is V = V.K.
Evaluate V in cylindrical coordinates and determine V at the point (r, p, z)= (25, 45°, 5) if
r cos p
Z
K = r cos² or +
Note: Please write the answer NUMERICALLY.
Answer:
-- 3z sin p2
Transcribed Image Text:K is a vector field and V is a scalar field. The divergence of K is equal V; that is V = V.K. Evaluate V in cylindrical coordinates and determine V at the point (r, p, z)= (25, 45°, 5) if r cos p Z K = r cos² or + Note: Please write the answer NUMERICALLY. Answer: -- 3z sin p2
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