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i-2yj + (z+3)k and suppose the outward flux of F through Side A is 1 and through Side B is -3. Can you conclude anything about the outward flux through the top? Give reasons for your answer.

i-2yj + (z+3)k and suppose the outward flux of F through Side A is 1 and through Side B is -3. Can you conclude anything about the outward flux through the top? Give reasons for your answer.

Calculus: Early Transcendentals
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Top The base of the closed cubelike surface shown here is the unit square in the xy-plane. The four sides lie in the planes x=0, x= 1, y = 0, and y = 1. The top is an arbitrary smooth surface whose identity is unknown. Let F=xi - 2yj + (z + 3)k and suppose the outward flux of F through Side A is 1 and through Side B is - 3. Can you conclude anything about the outward flux through the top? Give reasons for your answer. Side A Choose correct answer below, and, if necessary, fill in the answer box to complete your choice. A. Yes, the outward flux through the top can be calculated exactly, and it is (Type an integer or a fraction.) B. Yes, the outward flux through the top is positive, but it cannot be calculated exactly. C. Yes, the outward flux through the top is negative, but it cannot be calculated exactly. D. No, the outward flux through the top cannot be determined without its identity. Give reasons for your answer. O A. By the Divergence Theorem, the outward flux is 0. Side A and Side B have fluxes 1 and -3, respectively, and all other sides have fluxes of 0. B. By the Divergence Theorem, the outward flux is 3. Side A and B have fluxes 1 and -3, respectively, and the sides opposite have fluxes of 0. The bottom has flux 3. C. By the Divergence Theorem, the outward flux is 0. Side A and B have fluxes 1 and 3, respectively, and the sides opposite have fluxes of 0. The bottom has flux 3. D. The outward flux through the top cannot be determined without its identity. (1.1.0) Side B
Transcribed Image Text:Top The base of the closed cubelike surface shown here is the unit square in the xy-plane. The four sides lie in the planes x=0, x= 1, y = 0, and y = 1. The top is an arbitrary smooth surface whose identity is unknown. Let F=xi - 2yj + (z + 3)k and suppose the outward flux of F through Side A is 1 and through Side B is - 3. Can you conclude anything about the outward flux through the top? Give reasons for your answer. Side A Choose correct answer below, and, if necessary, fill in the answer box to complete your choice. A. Yes, the outward flux through the top can be calculated exactly, and it is (Type an integer or a fraction.) B. Yes, the outward flux through the top is positive, but it cannot be calculated exactly. C. Yes, the outward flux through the top is negative, but it cannot be calculated exactly. D. No, the outward flux through the top cannot be determined without its identity. Give reasons for your answer. O A. By the Divergence Theorem, the outward flux is 0. Side A and Side B have fluxes 1 and -3, respectively, and all other sides have fluxes of 0. B. By the Divergence Theorem, the outward flux is 3. Side A and B have fluxes 1 and -3, respectively, and the sides opposite have fluxes of 0. The bottom has flux 3. C. By the Divergence Theorem, the outward flux is 0. Side A and B have fluxes 1 and 3, respectively, and the sides opposite have fluxes of 0. The bottom has flux 3. D. The outward flux through the top cannot be determined without its identity. (1.1.0) Side B
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