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13 Nov 2019
can I please have help with this problem, I don't understand how to do it. Thanks
x+y2 and above by tie spic er 10) Consider the parametric equations x-(u+v) v=-u-v ) and the integral (r+ y) sin'(x-y)dA Where R is the square with vertices (0,]),(1,2), (2,1), and (1.0). Make the change in variables, set up the integral in the uv coordinate system, and evaluate.
can I please have help with this problem, I don't understand how to do it. Thanks
x+y2 and above by tie spic er 10) Consider the parametric equations x-(u+v) v=-u-v ) and the integral (r+ y) sin'(x-y)dA Where R is the square with vertices (0,]),(1,2), (2,1), and (1.0). Make the change in variables, set up the integral in the uv coordinate system, and evaluate.
Trinidad TremblayLv2
19 Apr 2019