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For What Value of the Constant C Is the Vector

Question 32

Multiple Choice

For what value of the constant C is the vector field F = For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k i + C(xy + yz) j + For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k k. solenoidal?
If C has that value, find a vector potential G for F having the form G(x, y, z) = For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k (x, y, z) i + For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k y k.


A) C = -2, G = y For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k i + For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k y k
B) C = -2, G = - y For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k i + For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k y k
C) C = -2, G = x For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k i + For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k y k
D) C = -2, G = - x For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k i + For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k y k
E) C = 2, G = y For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k i + For what value of the constant C is the vector field F = i + C(xy + yz) j + k. solenoidal? If C has that value, find a vector potential G for F having the form G(x, y, z) = (x, y, z) i + y k. A) C = -2, G = y i + y k B) C = -2, G = - y i + y k C) C = -2, G = x i + y k D) C = -2, G = - x i + y k E) C = 2, G = y i + y k y k

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