Let S be the portion of the ellipsoid x² + 4y² + z² = 4 where z ≥ √3x. Suppose that S is oriented so that the unit normal vector at (0, 0, 2) is (0, 0, 1). Let F be a vector field such that ▼ × F = (–√√3y², – 2zy, z²). (V × F) · îndS. Use Stokes's theorem to compute

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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Let S be the portion of the ellipsoid x² + 4y² + z² = 4 where z ≥ √√3x.
Suppose that S is oriented so that the unit normal vector at (0, 0, 2) is (0,0,1). Let F
be a vector field such that
▼ × F = (-√√√3y², – 2zy, z²).
(V × F) · ñndS.
Use Stokes's theorem to compute
Transcribed Image Text:Let S be the portion of the ellipsoid x² + 4y² + z² = 4 where z ≥ √√3x. Suppose that S is oriented so that the unit normal vector at (0, 0, 2) is (0,0,1). Let F be a vector field such that ▼ × F = (-√√√3y², – 2zy, z²). (V × F) · ñndS. Use Stokes's theorem to compute
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