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If F(x, Y, Z) = 7y J + 7z K $\sigma$

Question 67

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If F(x, y, z) = 7y j + 7z k, the magnitude of the flux through the portion of the surface $\sigma$ that lies in front of the xz-plane, where $\sigma$ is defined by y = 1 - x² - z², is

A) $If F(x, y, z) = 7y j + 7z k, the magnitude of the flux through the portion of the surface \sigma that lies in front of the xz-plane, where \sigma is defined by y = 1 - x2 - z2, is A) B) C) 7 \pi D) 0 E) \pi$
B) $If F(x, y, z) = 7y j + 7z k, the magnitude of the flux through the portion of the surface \sigma that lies in front of the xz-plane, where \sigma is defined by y = 1 - x2 - z2, is A) B) C) 7 \pi D) 0 E) \pi$
C) 7 $\pi$
D) 0
E) $\pi$

If F(x, Y, Z) = 7y J + 7z K σ\sigmaσ

Multiple Choice

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If F(x, Y, Z) = 7y J + 7z K $\sigma$

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