-3(m+3)-m-6=-4(m+5)+5

Simple and best practice solution for -3(m+3)-m-6=-4(m+5)+5 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(m+3)-m-6=-4(m+5)+5 equation:


Simplifying
-3(m + 3) + -1m + -6 = -4(m + 5) + 5

Reorder the terms:
-3(3 + m) + -1m + -6 = -4(m + 5) + 5
(3 * -3 + m * -3) + -1m + -6 = -4(m + 5) + 5
(-9 + -3m) + -1m + -6 = -4(m + 5) + 5

Reorder the terms:
-9 + -6 + -3m + -1m = -4(m + 5) + 5

Combine like terms: -9 + -6 = -15
-15 + -3m + -1m = -4(m + 5) + 5

Combine like terms: -3m + -1m = -4m
-15 + -4m = -4(m + 5) + 5

Reorder the terms:
-15 + -4m = -4(5 + m) + 5
-15 + -4m = (5 * -4 + m * -4) + 5
-15 + -4m = (-20 + -4m) + 5

Reorder the terms:
-15 + -4m = -20 + 5 + -4m

Combine like terms: -20 + 5 = -15
-15 + -4m = -15 + -4m

Add '15' to each side of the equation.
-15 + 15 + -4m = -15 + 15 + -4m

Combine like terms: -15 + 15 = 0
0 + -4m = -15 + 15 + -4m
-4m = -15 + 15 + -4m

Combine like terms: -15 + 15 = 0
-4m = 0 + -4m
-4m = -4m

Add '4m' to each side of the equation.
-4m + 4m = -4m + 4m

Combine like terms: -4m + 4m = 0
0 = -4m + 4m

Combine like terms: -4m + 4m = 0
0 = 0

Solving
0 = 0

Couldn't find a variable to solve for.

This equation is an identity, all real numbers are solutions.

See similar equations:

| 9(v+1)-3v=3(2v+3)-12 | | 3x+a=3 | | 5(2t-3)=30-5t | | 3x^3+36x^2+108x=0 | | x^2-5x+8=0 | | -2y=7 | | 3x+11=4x-18 | | r^4=4r^3+21r^2 | | y^3-12y^2+35y=0 | | (3x+a)(x+b)=3x^2+7x+k | | 2(x-2)+5=21 | | 4a^3-9a=0 | | 9x^2-x+5=0 | | x^2-10-50=0 | | 14+5X=-4X+17 | | (5x+7)(2x^2-15x+28)=0 | | x+(-1x+6)=-8 | | 7x-3(5-x)=19 | | 5f-3=13-3f | | 2y(y+6)=14 | | 2s+4=6 | | 5x+2(3+0.666)=6 | | 18-4f=42 | | 3(2d-3)-(5d-3)= | | 8+5w=-37 | | x^2+32x+64=0 | | 3y=2x+9 | | 3-2y=27+4y | | 4(x^2+24x-78)=0 | | 4n+1-2n=7 | | 4(0.333)+y=-2 | | (3+2)2= |

Equations solver categories