3t to compute the integral R(z + y dA where R is the parallelogram with (1 point) In this problem we use the change of variables z = 4s + t y = 8 vertices (x, y) (0,0), (8,2), (11,-7), and (3,-9) a,y) s,t) First find the magnitude of the Jacobian Then, with a = c= , and d s+ t+
Show transcribed image text3t to compute the integral R(z + y dA where R is the parallelogram with (1 point) In this problem we use the change of variables z = 4s + t y = 8 vertices (x, y) (0,0), (8,2), (11,-7), and (3,-9) a,y) s,t) First find the magnitude of the Jacobian Then, with a = c= , and d s+ t+