298. Compute the divergence of the vector xi + yj + zk.
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d Explanation: The vector given is a position vector. The divergence of any position vector is always 3.
d
See lessExplanation: The vector given is a position vector. The divergence of any position vector
is always 3.
D Explanation: The vector given is a position vector. The divergence of any position vector is always 3.
D
See lessExplanation: The vector given is a position vector. The divergence of any position vector is always 3.
D Explanation: The vector given is a position vector. The divergence of any position vector is always 3.
D
See lessExplanation: The vector given is a position vector. The divergence of any position vector
is always 3.
Answer: d Explanation: The vector given is a position vector. The divergence of any position vector is always 3.
Answer: d
See lessExplanation: The vector given is a position vector. The divergence of any position vector
is always 3.
d) Explanation: The vector given is a position vector. The divergence of any position vector is always 3.
d)
See lessExplanation: The vector given is a position vector. The divergence of any position vector is always 3.