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1. Calculate Vx (VT) where T = x² + 2xy + 3z + 4. 2. Calculate (V x V) where V = x² + 3xz²9 - 2xz2. Complete the following statements: 3. a. The divergence of a curl is always........ b. The curl of a gradient is always 4. Calculate its divergence of the vector function V = f. **********

1. Calculate Vx (VT) where T = x² + 2xy + 3z + 4. 2. Calculate (V x V) where V = x² + 3xz²9 - 2xz2. Complete the following statements: 3. a. The divergence of a curl is always........ b. The curl of a gradient is always 4. Calculate its divergence of the vector function V = f. **********

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1. Calculate Vx (VT) where T = x² + 2xy + 3z + 4. 2. Calculate V. (V x V) where V = x² + 3xz²ŷ - 2xz2. Complete the following statements: 3. a. The divergence of a curl is always ......... b. The curl of a gradient is always ........... 4. Calculate its divergence of the vector function V = f.
Transcribed Image Text:1. Calculate Vx (VT) where T = x² + 2xy + 3z + 4. 2. Calculate V. (V x V) where V = x² + 3xz²ŷ - 2xz2. Complete the following statements: 3. a. The divergence of a curl is always ......... b. The curl of a gradient is always ........... 4. Calculate its divergence of the vector function V = f.
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