2-5(X-1)=2[X+10(X-1)]

Simple and best practice solution for 2-5(X-1)=2[X+10(X-1)] equation. Check how easy it is, and learn it for the future. Our solution is simple, and easy to understand, so don`t hesitate to use it as a solution of your homework.

If it's not what You are looking for type in the equation solver your own equation and let us solve it.

Solution for 2-5(X-1)=2[X+10(X-1)] equation:


Simplifying
2 + -5(X + -1) = 2[X + 10(X + -1)]

Reorder the terms:
2 + -5(-1 + X) = 2[X + 10(X + -1)]
2 + (-1 * -5 + X * -5) = 2[X + 10(X + -1)]
2 + (5 + -5X) = 2[X + 10(X + -1)]

Combine like terms: 2 + 5 = 7
7 + -5X = 2[X + 10(X + -1)]

Reorder the terms:
7 + -5X = 2[X + 10(-1 + X)]
7 + -5X = 2[X + (-1 * 10 + X * 10)]
7 + -5X = 2[X + (-10 + 10X)]

Reorder the terms:
7 + -5X = 2[-10 + X + 10X]

Combine like terms: X + 10X = 11X
7 + -5X = 2[-10 + 11X]
7 + -5X = [-10 * 2 + 11X * 2]
7 + -5X = [-20 + 22X]

Solving
7 + -5X = -20 + 22X

Solving for variable 'X'.

Move all terms containing X to the left, all other terms to the right.

Add '-22X' to each side of the equation.
7 + -5X + -22X = -20 + 22X + -22X

Combine like terms: -5X + -22X = -27X
7 + -27X = -20 + 22X + -22X

Combine like terms: 22X + -22X = 0
7 + -27X = -20 + 0
7 + -27X = -20

Add '-7' to each side of the equation.
7 + -7 + -27X = -20 + -7

Combine like terms: 7 + -7 = 0
0 + -27X = -20 + -7
-27X = -20 + -7

Combine like terms: -20 + -7 = -27
-27X = -27

Divide each side by '-27'.
X = 1

Simplifying
X = 1

See similar equations:

| (2x^2+2y^2)(xy)= | | (5i)(4i)=equation | | 3(4w+10)=-5 | | (x+4)*4=32 | | s-5+2s+2s=180 | | q+2q=4q-3q | | 8x^3+18x^2-18x= | | 24x-6x=12 | | 1.6=x-0.2x | | 4+8(1+9r)=19 | | -12r-3r= | | 2x^3-64x=28x^2 | | 20d-16d=20 | | x-23+x-25+2x=180 | | 7=6+n | | Y-8=-5(x-1) | | Y=31+-2x | | X-4z=0 | | y-(75)=50 | | 21+4h+7h=-34 | | -8x(-3-6x)=0 | | 6x-6=10x+7 | | (D^4+5D^2-36)y=0 | | 6x+6=10x+7 | | -15=-3h | | f(x)=(2.25+0.25x)*(1400-0.25x) | | 2(x-4)=60 | | (D^6-64)y=0 | | 3x(7+8x)=0 | | -49x-7=-399 | | (3y-2)+4=10 | | 6x^2-5x-j=0 |

Equations solver categories