Solve -y_{y}=-66+76+20y-385/11

$$- y _ { y } = \frac { - 66 + 76 + 20 y - 385 } { 11 }$$

Solve for y

$$y=-\frac{11y_{y}}{20}+\frac{75}{4}$$

Steps for Solving Linear Equation

Multiply both sides of the equation by 11.

$$-11y_{y}=-66+76+20y-385$$

Add -66 and 76 to get 10.

$$-11y_{y}=10+20y-385$$

Subtract 385 from 10 to get -375.

$$-11y_{y}=-375+20y$$

Swap sides so that all variable terms are on the left hand side.

$$-375+20y=-11y_{y}$$

Add 375 to both sides.

$$20y=-11y_{y}+375$$

The equation is in standard form.

$$20y=375-11y_{y}$$

Divide both sides by 20.

$$\frac{20y}{20}=\frac{375-11y_{y}}{20}$$

Dividing by 20 undoes the multiplication by 20.

$$y=\frac{375-11y_{y}}{20}$$

Divide -11y_{y}+375 by 20.

$$y=-\frac{11y_{y}}{20}+\frac{75}{4}$$

Solve for y_y

$$y_{y}=\frac{375-20y}{11}$$

Steps for Solving Linear Equation

Multiply both sides of the equation by 11.

$$-11y_{y}=-66+76+20y-385$$

Add -66 and 76 to get 10.

$$-11y_{y}=10+20y-385$$

Subtract 385 from 10 to get -375.

$$-11y_{y}=-375+20y$$

The equation is in standard form.

$$-11y_{y}=20y-375$$

Divide both sides by -11.

$$\frac{-11y_{y}}{-11}=\frac{20y-375}{-11}$$

Dividing by -11 undoes the multiplication by -11.

$$y_{y}=\frac{20y-375}{-11}$$

Divide -375+20y by -11.

$$y_{y}=\frac{375-20y}{11}$$