g(-3)=.33333-1.333333(-3)

Simple and best practice solution for g(-3)=.33333-1.333333(-3) 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 g(-3)=.33333-1.333333(-3) equation: 


Simplifying
g(-3) = 0.33333 + -1.333333(-3)

Reorder the terms for easier multiplication:
-3g = 0.33333 + -1.333333(-3)

Multiply -1.333333 * -3
-3g = 0.33333 + 3.999999

Combine like terms: 0.33333 + 3.999999 = 4.333329
-3g = 4.333329

Solving
-3g = 4.333329

Solving for variable 'g'.

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

Divide each side by '-3'.
g = -1.444443

Simplifying
g = -1.444443

See similar equations:

| -16(t^2-7t-170)=0 | | 3x^3+5x^2-21x-35= | | x^4-14x^2+1=0 | | .25(3x-2)=8 | | 8x(6x+10)=320whatisx | | 30x+17x-58x-24=0 | | 4+2m=5-6m | | (9m+10)2= | | 2z^2-6z+9=0 | | 12x^2+13=85 | | 6+9(x+13)=17 | | x^2+2=2+3*2 | | x^2+x-4=-2.561552813 | | x^3-3x^2+9x=0 | | 9x/2=4.5 | | x^3-3x^2+9=0 | | 9x/2=10 | | 9x/2=1 | | 9x/2=3 | | 81a^2-9= | | 5[u(t)-u(t-1)]-3[u(t-2)-u(t-4)]+0[u(t-4)]= | | x^5+5x^4-2x^3-10x^2+x+5=0 | | 2u(t-1)-5u(t-3)+(t-5)= | | (8x-10x)x=-18 | | (8x-10x)x=-1000000 | | 8x-10x^2=-2x | | 10x-10x^2=-x | | x=2y+10 | | w^2+8w=w(24) | | 6x^2+5x-116=0 | | 21x^3=14 | | (5x-1)(x+3)-(x-5)(5x+1)=40 |

Equations solver categories