Are the following statements true or false? ? 1. If F. dA = 12 and S is a flat disk of area 47, then div(F) = 3/r. S ? v 2. If F is a vector field in 3-dimensional space satisfying div(F) = 1, and S is a closed surface oriented outward, then F. dA is equal to the volume enclosed by S. v 3. If F is a vector field in 3-dimensional space, then grad(div(F)) = 0. ? v 4. If F and G are vector fields satisfying div(F) = div(G), then F = G. ? v 5. If F is a vector field in 3-dimensional space, and W is a solid region with boundary surface S, then F. dà = div(F) dV.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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| Are the following statements true or false?
?
v 1. If
F. dà = 12 and S is a flat disk of area 47, then div(F) = 3/T.
?
2. If F is a vector field in 3-dimensional space satisfying div(F) = 1, and S is a closed surface oriented outward, then
F. dA is equal to the volume enclosed by S.
3. If F is a vector field in 3-dimensional space, then grad(div(F)) = 0.
v 4. If F and G are vector fields satisfying div(F) = div(G), then F = G.
v 5. If F is a vector field in 3-dimensional space, and W is a solid region with boundary surface S, then
/|F. dà = ||| div(F) dv.
W
Transcribed Image Text:| Are the following statements true or false? ? v 1. If F. dà = 12 and S is a flat disk of area 47, then div(F) = 3/T. ? 2. If F is a vector field in 3-dimensional space satisfying div(F) = 1, and S is a closed surface oriented outward, then F. dA is equal to the volume enclosed by S. 3. If F is a vector field in 3-dimensional space, then grad(div(F)) = 0. v 4. If F and G are vector fields satisfying div(F) = div(G), then F = G. v 5. If F is a vector field in 3-dimensional space, and W is a solid region with boundary surface S, then /|F. dà = ||| div(F) dv. W
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