Let S be a square plate with boundary C, having each side of length 2 units, lying in the plane x = 1 in R. F= 0, z², Use Stokes's theorem to evaluate OF.r(s) ds. C Then answer the following...

Let S be a square plate with boundary C, having each side of length 2 units, lying in the plane x<br>= 1 in R.<br>F= 0, z²,<br>Use Stokes's theorem to evaluate<br>OF.r(s) ds.<br>C<br>Then answer the following questions:<br>1. Choose the parametrization of the surface S:<br>A.r(u, v)= [u,1, v], 0 <u<2, 0 <v<2<br>

Extracted text: Let S be a square plate with boundary C, having each side of length 2 units, lying in the plane x = 1 in R. F= 0, z², Use Stokes's theorem to evaluate OF.r(s) ds. C Then answer the following questions: 1. Choose the parametrization of the surface S: A.r(u, v)= [u,1, v], 0

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Jun 05, 2022

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Let S be a square plate with boundary C, having each side of length 2 units, lying in the plane x = 1 in R. F= 0, z², Use Stokes's theorem to evaluate OF.r(s) ds. C Then answer the following...

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