2[w-2(w+4)+3]=2(w+1)

Simple and best practice solution for 2[w-2(w+4)+3]=2(w+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[w-2(w+4)+3]=2(w+1) equation:


Simplifying
2[w + -2(w + 4) + 3] = 2(w + 1)

Reorder the terms:
2[w + -2(4 + w) + 3] = 2(w + 1)
2[w + (4 * -2 + w * -2) + 3] = 2(w + 1)
2[w + (-8 + -2w) + 3] = 2(w + 1)

Reorder the terms:
2[-8 + 3 + w + -2w] = 2(w + 1)

Combine like terms: -8 + 3 = -5
2[-5 + w + -2w] = 2(w + 1)

Combine like terms: w + -2w = -1w
2[-5 + -1w] = 2(w + 1)
[-5 * 2 + -1w * 2] = 2(w + 1)
[-10 + -2w] = 2(w + 1)

Reorder the terms:
-10 + -2w = 2(1 + w)
-10 + -2w = (1 * 2 + w * 2)
-10 + -2w = (2 + 2w)

Solving
-10 + -2w = 2 + 2w

Solving for variable 'w'.

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

Add '-2w' to each side of the equation.
-10 + -2w + -2w = 2 + 2w + -2w

Combine like terms: -2w + -2w = -4w
-10 + -4w = 2 + 2w + -2w

Combine like terms: 2w + -2w = 0
-10 + -4w = 2 + 0
-10 + -4w = 2

Add '10' to each side of the equation.
-10 + 10 + -4w = 2 + 10

Combine like terms: -10 + 10 = 0
0 + -4w = 2 + 10
-4w = 2 + 10

Combine like terms: 2 + 10 = 12
-4w = 12

Divide each side by '-4'.
w = -3

Simplifying
w = -3

See similar equations:

| 5x^2+46=2x^2+121 | | 1-2x+5=4x-5 | | 7(5+5m)=35+m | | -5/8=-9 | | 51=7(11+2v)+2 | | 2x-29=4x-43 | | 43=4(2x+5)-1 | | -34=2(5x+3) | | 2n-2m=x | | 2n-2o=x | | 32=0.6x-34 | | 5y+5=99 | | 2a*3a^2=0 | | 49x^2+142-15=0 | | a=pe | | 3x+2y+1=2x+3y | | 0.4x+3=9 | | 4b-1=-4+4b+4 | | 3(x^2+1/4x^3)*1/(x^2+3) | | 30+v=3/2v | | 5(3s-7)=10(s-1) | | 7t-5=2(3t+2) | | 5q+16=17q-12 | | -3a/5=15 | | (5x-4)(x^2-5x+5)= | | y/3+7 | | .20Y-1.7=.10Y+1-.8Y | | y-13=15 | | 7Y-16=-24+6Y | | log(x^2+19)=2 | | vt=v^0+at | | 10b-1=129 |

Equations solver categories