What is expand cos(x)dx+(1+2/((y)))sin(x)dy ?

The solution to expand cos(x)dx+(1+2/((y)))sin(x)dy is cos(x)dx+sin(x)dy+(2sin(x)dy)/y

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expand cos(x)dx+(1+2/((y)))sin(x)dy

expand

cos (x) d x + (1 + \frac{2}{( y )}) sin (x) d y

cos (x) d x + sin (x) d y + \frac{2 sin ( x ) d y}{y}

Solution steps

cos (x) d x + (1 + \frac{2}{( y )}) sin (x) d y

= cos (x) d x + sin (x) (1 + \frac{2}{( y )}) d y

Expand

sin (x) d y (1 + \frac{2}{( y )}) : sin (x) d y + \frac{2 sin ( x ) d y}{y}

= cos (x) d x + sin (x) d y + \frac{2 sin ( x ) d y}{y}

- 4 \cdot ((8, - 4) - (3, 12))

(- 2) (3 x - 2 y = 9)

\frac{1}{x} + \frac{2}{x} + \frac{1}{x} - 1

(3 - x - 1) (- 6 - x - 2)

a (3, - 1) y (- 5, 7)

What is expand cos(x)dx+(1+2/((y)))sin(x)dy ?
The solution to expand cos(x)dx+(1+2/((y)))sin(x)dy is cos(x)dx+sin(x)dy+(2sin(x)dy)/y