What is expand (2xy+z^2)dx+(2yz+x^2)dy+(2xz+y^2)dz ?

The solution to expand (2xy+z^2)dx+(2yz+x^2)dy+(2xz+y^2)dz is 2xydx+z^2dx+2yzdy+x^2dy+2xzdz+y^2dz

English

Español

Português

Français

Deutsch

Italiano

Русский

中文(简体)

한국어

日本語

Tiếng Việt

עברית

العربية

Popular >

expand (2xy+z^2)dx+(2yz+x^2)dy+(2xz+y^2)dz

expand

(2 x y + z^{2}) d x + (2 yz + x^{2}) d y + (2 x z + y^{2}) d z

2 x y d x + z^{2} d x + 2 yz d y + x^{2} d y + 2 x z d z + y^{2} d z

Solution steps

(2 x y + z^{2}) d x + (2 yz + x^{2}) d y + (2 x z + y^{2}) d z

Expand

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

= 2 x y d x + z^{2} d x + (2 yz + x^{2}) d y + (2 x z + y^{2}) d z

Expand

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

= 2 x y d x + z^{2} d x + 2 yz d y + x^{2} d y + (2 x z + y^{2}) d z

Expand

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

= 2 x y d x + z^{2} d x + 2 yz d y + x^{2} d y + 2 x z d z + y^{2} d z

\frac{5 z - 5 x}{( z + 3 ) ( x + 3 )}

12 (2 - 2) + 54

\frac{1}{( x + 4 ) ( x + 5 )}

\frac{1}{x} a t (- 2, - \frac{1}{2})

y x + 1 - I n (1 + x + 1)

What is expand (2xy+z^2)dx+(2yz+x^2)dy+(2xz+y^2)dz ?
The solution to expand (2xy+z^2)dx+(2yz+x^2)dy+(2xz+y^2)dz is 2xydx+z^2dx+2yzdy+x^2dy+2xzdz+y^2dz