`dy-e^(x-y)dx=x^(2)e^(-y)dx` A) `e^(x)=e^(y)+(x^(3))/(3)+c`B) `e^(x)=e^(y)+(y^(3))/(3)+c`C) `e^(y)=e^(x)+(x^(3))/(3)+c`D)`e^(x-y)=y+(x^(3))/(3)+c`A. `e^(x)=e^(y)+(x^(3))/(3)+c`B. `e^(x)=e^(y)+(y^(3))/(3)+c`C. `e^(y)=e^(x)+(x^(3))/(3)+c`D. `e^(x-y)=y+(x^(3))/(3)+c`

`dy-e^(x-y)dx=x^(2)e^(-y)dx` A) `e^(x)=e^(y)+(x^(3))/(3)+c`B) `e^(x)=e

1.	`dy-e^(x-y)dx=x^(2)e^(-y)dx` A) `e^(x)=e^(y)+(x^(3))/(3)+c`B) `e^(x)=e^(y)+(y^(3))/(3)+c`C) `e^(y)=e^(x)+(x^(3))/(3)+c`D)`e^(x-y)=y+(x^(3))/(3)+c`A. `e^(x)=e^(y)+(x^(3))/(3)+c`B. `e^(x)=e^(y)+(y^(3))/(3)+c`C. `e^(y)=e^(x)+(x^(3))/(3)+c`D. `e^(x-y)=y+(x^(3))/(3)+c`
Answer» Correct Answer - C

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`dy-e^(x-y)dx=x^(2)e^(-y)dx` A) `e^(x)=e^(y)+(x^(3))/(3)+c`B) `e^(x)=e^(y)+(y^(3))/(3)+c`C) `e^(y)=e^(x)+(x^(3))/(3)+c`D)`e^(x-y)=y+(x^(3))/(3)+c`A. `e^(x)=e^(y)+(x^(3))/(3)+c`B. `e^(x)=e^(y)+(y^(3))/(3)+c`C. `e^(y)=e^(x)+(x^(3))/(3)+c`D. `e^(x-y)=y+(x^(3))/(3)+c`

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