3(2x-7)-2=3(x-5)-4

Simple and best practice solution for 3(2x-7)-2=3(x-5)-4 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 3(2x-7)-2=3(x-5)-4 equation:


Simplifying
3(2x + -7) + -2 = 3(x + -5) + -4

Reorder the terms:
3(-7 + 2x) + -2 = 3(x + -5) + -4
(-7 * 3 + 2x * 3) + -2 = 3(x + -5) + -4
(-21 + 6x) + -2 = 3(x + -5) + -4

Reorder the terms:
-21 + -2 + 6x = 3(x + -5) + -4

Combine like terms: -21 + -2 = -23
-23 + 6x = 3(x + -5) + -4

Reorder the terms:
-23 + 6x = 3(-5 + x) + -4
-23 + 6x = (-5 * 3 + x * 3) + -4
-23 + 6x = (-15 + 3x) + -4

Reorder the terms:
-23 + 6x = -15 + -4 + 3x

Combine like terms: -15 + -4 = -19
-23 + 6x = -19 + 3x

Solving
-23 + 6x = -19 + 3x

Solving for variable 'x'.

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

Add '-3x' to each side of the equation.
-23 + 6x + -3x = -19 + 3x + -3x

Combine like terms: 6x + -3x = 3x
-23 + 3x = -19 + 3x + -3x

Combine like terms: 3x + -3x = 0
-23 + 3x = -19 + 0
-23 + 3x = -19

Add '23' to each side of the equation.
-23 + 23 + 3x = -19 + 23

Combine like terms: -23 + 23 = 0
0 + 3x = -19 + 23
3x = -19 + 23

Combine like terms: -19 + 23 = 4
3x = 4

Divide each side by '3'.
x = 1.333333333

Simplifying
x = 1.333333333

See similar equations:

| Y=3.30+2.60x | | 2t-9=11 | | 4(3x-5)-4=4(x-5)+36 | | v=20.8v^2-458.3v+3500 | | 14n+6n=240 | | y-2x=-100 | | -10=c-21 | | 10r+4=-(1-9r) | | 9x+18=24 | | 35z^5-70z^4+10z^3= | | 7t^2-15t+7=4 | | 7z-2=-2z-29 | | (5n+1)4=8(3n-5) | | 3z-40=3z+8 | | 750.00-50.00x=35.00x-185.00 | | 1.2r+3.7=34.6 | | 6x+3=7x-c | | 2x=12+3x | | 2x+y=1100 | | 5/28=x/49 | | -5/3x+2/5-1/3x+1=0 | | 3x-(-3x)= | | 3m-15+1=2m+2-9 | | b+b^2=2 | | 7x-y=4solvey | | 3x-32=7x+26 | | .20(x)=18 | | 4.5a-(-3)=2.25 | | -9z-21=35-z | | 16x-12=8x-8 | | 5h+2+h=22 | | 0.2(15)= |

Equations solver categories