9(z+1)-2(z-2)=4(z-1)+2(z-1)

Simple and best practice solution for 9(z+1)-2(z-2)=4(z-1)+2(z-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 9(z+1)-2(z-2)=4(z-1)+2(z-1) equation:


9(z+1)-2(z-2)=4(z-1)+2(z-1)

We simplify the equation to the form, which is simple to understand 
9(z+1)-2(z-2)=4(z-1)+2(z-1)

Reorder the terms in parentheses
+(+9z+9)-2*(z-2)=4*(z-1)+2*(z-1)

Remove unnecessary parentheses
+9z+9-2+*(+z-2+)=+4+*(+z-1+)+2+*(+z-1+)

Reorder the terms in parentheses
+9z+9+(-2z+4)=4*(z-1)+2*(z-1)

Remove unnecessary parentheses
+9z+9-2z+4=+4+*(+z-1+)+2+*(+z-1+)

Reorder the terms in parentheses
+9z+9-2z+4=+(+4z-4)+2*(z-1)

Remove unnecessary parentheses
+9z+9-2z+4=+4z-4+2+*(+z-1+)

Reorder the terms in parentheses
+9z+9-2z+4=+4z-4+(+2z-2)

Remove unnecessary parentheses
+9z+9-2z+4=+4z-4+2z-2

We move all terms containing z to the left and all other terms to the right. 
+9z-2z-4z-2z=-4-2-9-4

We simplify left and right side of the equation. 
+1z=-19

We divide both sides of the equation by 1 to get z. 
z=-19

See similar equations:

| 3x/2=5.4 | | 36=-3(24-z)+3(z-2) | | 6(3x-7)-7=6(x-4)+35 | | a(n)=15+(n-1)3 | | 3(x+1)=6(x-1)-9 | | A=P(1+r)t | | a(n)=2+(n-1)-4 | | 19x-(4x-3)=78 | | a(n)=-2+(n-1)-4 | | 3(5z+1)-7=116 | | 4x^8-17x^6+9x^5= | | 40=30-2(x-3) | | 66=33-4(x-3) | | 44=28-2(x-4) | | x^3+6x^2-8x-48= | | x^2+23x-45=0 | | 6x+9=-7-2x | | 9y+6y^2-15= | | a(n)=2+(n-1)4 | | -2.1+(-5.6)= | | (X^2-3x-29)/(x-6) | | 1.6t=-32 | | P(x)=x^2-14x+44 | | a(n)=16+(n-1)7 | | 228=x+x+1+x+2 | | 105x^3-36x^2+3x= | | a(n)=-2+(n-1)8 | | X^6-1/18 | | 17=g-12 | | 9a^3+15a^2-36a= | | -3+2x+7x=6 | | r^3-2r^2-63r= |

Equations solver categories