10. ( (10 mathrm{pts}) ) Use the change of variable ( u=x y, v=x y^{2} ) to compute ( iint_{R} x y^{2} d A ) where ( R ) is the region bounded by ( x y=1, x y=2, x y^{2}=1, x y^{2}=2 ). Sketch the region for full credit.

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10.  ( (10  mathrm{pts})  ) Use the change of variable  ( u=x y, v=x y^{2}  ) to compute  (  iint_{R} x y^{2} d A  ) where  ( R  ) is the region bounded by  ( x y=1, x y=2, x y^{2}=1, x y^{2}=2  ). Sketch the region for full credit.

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Solution for -   10.  ( (10  mathrm{pts})  ) Use the change of variable  ( u=x y, v=x y^{2}  ) to compute  (  iint_

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(Solved): 10. \( (10 \mathrm{pts}) \) Use the change of variable \( u=x y, v=x y^{2} \) to compute \( \iint_ ...

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