What is expand (1+ye^{xy})dx+(2y+xe^{xy})dy ?

The solution to expand (1+ye^{xy})dx+(2y+xe^{xy})dy is dx+e^{yx}ydx+2ydy+e^{yx}xdy

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expand (1+ye^{xy})dx+(2y+xe^{xy})dy

expand

(1 + y e^{x y}) d x + (2 y + x e^{x y}) d y

d x + e^{y x} y d x + 2 y d y + e^{y x} x d y

Solution steps

(1 + y e^{x y}) d x + (2 y + x e^{x y}) d y

= (1 + e^{y x} y) d x + (2 y + e^{y x} x) d y

Expand

d x (1 + y e^{x y}) : d x + e^{y x} y d x

= d x + e^{y x} y d x + (2 y + x e^{x y}) d y

Expand

d y (2 y + x e^{x y}) : 2 y d y + e^{y x} x d y

= d x + e^{y x} y d x + 2 y d y + e^{y x} x d y

(4 x^{3} y^{3} - 2 x y) d x + (3 x^{4} y^{2} - x^{2}) d y

10 (lo g_{10} (61) + 12)

\frac{d}{d x} (2) - e^{x} (x - 7)

- \frac{1}{( 3 - 1 ) ^{2}} - cos (3 - 1)

2 π ((3 + \frac{2}{π}) \cdot \frac{π}{2} + (2.66666667) \cdot \frac{1}{2})

What is expand (1+ye^{xy})dx+(2y+xe^{xy})dy ?
The solution to expand (1+ye^{xy})dx+(2y+xe^{xy})dy is dx+e^{yx}ydx+2ydy+e^{yx}xdy