(b) Solve the electric flux through a paraboloid z = x² + y² – 16 that lies below plane %3D z = 0. It is oriented by an outward unit normal vector with F = 3xî + 4yĵ – 5z²k.

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A: Accleration is given by  a→ =DV→Dt= ∂V→∂t+(V.→∇)V→Here, V→ =2xy i^+xz j^+yz k^Hence, ∂V→∂t= ∂2xy…

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Q: find the velocity and acceleration vectors in terms ofur and uθ . r = a(1 - cos θ) and dθ/dt = 3

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Q: O Solve the electric flux through a paraboloid z =x² + y² – 16 that lies below plane z = 0. It is…

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Q: e the electric flux through a paraboloid z = x² + y² – 16 that lies . It is oriented by an outward…

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