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Find Two Unit Vectors Orthogonal to the Parametric Surface S

Question 2

Multiple Choice

Find two unit vectors orthogonal to the parametric surface S given by r (u, v) = ( Find two unit vectors orthogonal to the parametric surface S given by r (u, v) = ( - 4 - ) i + 4v j + 2u k at the point on the surface corresponding to (u, v) = ( 3 , - ) . A) ± B) ± (- 1 , 0 ,0) C) ± D) ± E) ± - 4 Find two unit vectors orthogonal to the parametric surface S given by r (u, v) = ( - 4 - ) i + 4v j + 2u k at the point on the surface corresponding to (u, v) = ( 3 , - ) . A) ± B) ± (- 1 , 0 ,0) C) ± D) ± E) ± - Find two unit vectors orthogonal to the parametric surface S given by r (u, v) = ( - 4 - ) i + 4v j + 2u k at the point on the surface corresponding to (u, v) = ( 3 , - ) . A) ± B) ± (- 1 , 0 ,0) C) ± D) ± E) ± ) i + 4v j + 2u k at the point on the surface corresponding to (u, v) = ( 3 , - Find two unit vectors orthogonal to the parametric surface S given by r (u, v) = ( - 4 - ) i + 4v j + 2u k at the point on the surface corresponding to (u, v) = ( 3 , - ) . A) ± B) ± (- 1 , 0 ,0) C) ± D) ± E) ± ) .


A) ± Find two unit vectors orthogonal to the parametric surface S given by r (u, v) = ( - 4 - ) i + 4v j + 2u k at the point on the surface corresponding to (u, v) = ( 3 , - ) . A) ± B) ± (- 1 , 0 ,0) C) ± D) ± E) ±
B) ± (- 1 , 0 ,0)
C) ± Find two unit vectors orthogonal to the parametric surface S given by r (u, v) = ( - 4 - ) i + 4v j + 2u k at the point on the surface corresponding to (u, v) = ( 3 , - ) . A) ± B) ± (- 1 , 0 ,0) C) ± D) ± E) ±
D) ± Find two unit vectors orthogonal to the parametric surface S given by r (u, v) = ( - 4 - ) i + 4v j + 2u k at the point on the surface corresponding to (u, v) = ( 3 , - ) . A) ± B) ± (- 1 , 0 ,0) C) ± D) ± E) ±
E) ± Find two unit vectors orthogonal to the parametric surface S given by r (u, v) = ( - 4 - ) i + 4v j + 2u k at the point on the surface corresponding to (u, v) = ( 3 , - ) . A) ± B) ± (- 1 , 0 ,0) C) ± D) ± E) ±

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