Using Gauss's theorem, evaluate the surface integral (outward flux) of the vector field F(x, y, z)= xy cos(y)i + yz cos(z)j +xz cos(x)k across the closed surface of a cube with sides of length 7, whose one corner is at the origin, and the sides are along the 3 positive coordinate axes.

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Your Question:
Using Gauss's theorem, evaluate the surface integral (outward flux) of the vector field
F(x, y, z)= xy cos(y)i + yz cos(z)j +xz cos(x)k
across the closed surface of a cube with sides of length 7, whose one corner is at the
origin, and the sides are along the 3 positive coordinate axes.
Transcribed Image Text:Using Gauss's theorem, evaluate the surface integral (outward flux) of the vector field F(x, y, z)= xy cos(y)i + yz cos(z)j +xz cos(x)k across the closed surface of a cube with sides of length 7, whose one corner is at the origin, and the sides are along the 3 positive coordinate axes.
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