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Evaluate an area of a surface where the vector that is normal to the surface is defined as; a. R = 4yz a for 1

Evaluate an area of a surface where the vector that is normal to the surface is defined as; a. R = 4yz a for 1

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Evaluate an area of a surface where the vector that is normal to the surface is defined as; a. R = 4yz az for 1<y<2, 0<z<1. b. P = xy a, for 0<x<1, x2 <y<2-x. C. P = xy a, for 0<x< 1, - 2< y<0. d. Q = (x² + z2) ay with 0<z<1, 0 < x<1-z. e. Q = (x2 + z2) a, with 0<z< 1, 0<x<3.
Transcribed Image Text:Evaluate an area of a surface where the vector that is normal to the surface is defined as; a. R = 4yz az for 1<y<2, 0<z<1. b. P = xy a, for 0<x<1, x2 <y<2-x. C. P = xy a, for 0<x< 1, - 2< y<0. d. Q = (x² + z2) ay with 0<z<1, 0 < x<1-z. e. Q = (x2 + z2) a, with 0<z< 1, 0<x<3.
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