What is expand (sin(x)tan(y)+1)dx+(x+y^{3dy=0}) ?

The solution to expand (sin(x)tan(y)+1)dx+(x+y^{3dy=0}) is sin(x)tan(y)dx+dx+(x+y^{3dy=0})

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expand (sin(x)tan(y)+1)dx+(x+y^{3dy=0})

expand

(sin (x) tan (y) + 1) d x + (x + y^{3 d y = 0})

sin (x) tan (y) d x + d x + (x + y^{3 d y = 0})

Solution steps

(sin (x) tan (y) + 1) d x + (x + y^{3 d y = 0})

= (sin (x) tan (y) + 1) d x + (x + y^{3 \cdot 0 = d y})

Expand

d x (sin (x) tan (y) + 1) : sin (x) tan (y) d x + d x

= sin (x) tan (y) d x + d x + (x + y^{3 d y = 0})

3 (4 \cdot (- 3)) + 5 (4 - 5 = \frac{5}{( 6 - 5 )})

\frac{5}{2} (16 - ln (17))

\frac{3 x ^{2} + 3 x + 3}{( x - 1 ) ( x + 2 ) ^{2}}

(x - 2) e

\frac{16}{( 1 + 2 x ) ^{3}}

What is expand (sin(x)tan(y)+1)dx+(x+y^{3dy=0}) ?
The solution to expand (sin(x)tan(y)+1)dx+(x+y^{3dy=0}) is sin(x)tan(y)dx+dx+(x+y^{3dy=0})