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13 Nov 2019
Sup. Got a juicy multi-step problem. And a confusing professor so im terribly confused as to how to even approach these problems. I know I should be using divergence and curl but besides that im lost. Please hewp
x, y,Z (a) Find V Ã F (b) Find V . ) = ã xy + 3z2 , 3x , 4x2) Again, F(x, y, z (a)Use one of your answers to problem 1 to help you approximate the circulation of F around the circle on the plane 2x-y + z = 4 with center (1,2,4) and radius 0.1 oriented counter clockwise when viewed from above. (b) Use one of your answers to problem 1 to help you approximate the flux of F out of the rectangular box centered at (1,2,4) with edge lengths 0.1 .
Sup. Got a juicy multi-step problem. And a confusing professor so im terribly confused as to how to even approach these problems. I know I should be using divergence and curl but besides that im lost. Please hewp
x, y,Z (a) Find V Ã F (b) Find V . ) = ã xy + 3z2 , 3x , 4x2) Again, F(x, y, z (a)Use one of your answers to problem 1 to help you approximate the circulation of F around the circle on the plane 2x-y + z = 4 with center (1,2,4) and radius 0.1 oriented counter clockwise when viewed from above. (b) Use one of your answers to problem 1 to help you approximate the flux of F out of the rectangular box centered at (1,2,4) with edge lengths 0.1 .
Trinidad TremblayLv2
18 Mar 2019