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Let C Be a Cone Whose Base Is an Arbitrarily

Question 63

Multiple Choice

Let C be a cone whose base is an arbitrarily shaped region in the plane z = h > 0 having area A, and whose vertex is at the origin. By calculating the flux of Let C be a cone whose base is an arbitrarily shaped region in the plane z = h > 0 having area A, and whose vertex is at the origin. By calculating the flux of   out of C through its entire surface both directly and by using the Divergence Theorem, find the volume of C. A)    Ah B)    Ah C)    Ah D)    Ah E)  3 Ah out of C through its entire surface both directly and by using the Divergence Theorem, find the volume of C.


A) Let C be a cone whose base is an arbitrarily shaped region in the plane z = h > 0 having area A, and whose vertex is at the origin. By calculating the flux of   out of C through its entire surface both directly and by using the Divergence Theorem, find the volume of C. A)    Ah B)    Ah C)    Ah D)    Ah E)  3 Ah Ah
B) Let C be a cone whose base is an arbitrarily shaped region in the plane z = h > 0 having area A, and whose vertex is at the origin. By calculating the flux of   out of C through its entire surface both directly and by using the Divergence Theorem, find the volume of C. A)    Ah B)    Ah C)    Ah D)    Ah E)  3 Ah Ah
C) Let C be a cone whose base is an arbitrarily shaped region in the plane z = h > 0 having area A, and whose vertex is at the origin. By calculating the flux of   out of C through its entire surface both directly and by using the Divergence Theorem, find the volume of C. A)    Ah B)    Ah C)    Ah D)    Ah E)  3 Ah Ah
D) Let C be a cone whose base is an arbitrarily shaped region in the plane z = h > 0 having area A, and whose vertex is at the origin. By calculating the flux of   out of C through its entire surface both directly and by using the Divergence Theorem, find the volume of C. A)    Ah B)    Ah C)    Ah D)    Ah E)  3 Ah Ah
E) 3 Ah

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