f(n)=4+3(n-1)

Simple and best practice solution for f(n)=4+3(n-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 f(n)=4+3(n-1) equation: 


Simplifying
f(n) = 4 + 3(n + -1)

Multiply f * n
fn = 4 + 3(n + -1)

Reorder the terms:
fn = 4 + 3(-1 + n)
fn = 4 + (-1 * 3 + n * 3)
fn = 4 + (-3 + 3n)

Combine like terms: 4 + -3 = 1
fn = 1 + 3n

Solving
fn = 1 + 3n

Solving for variable 'f'.

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

Divide each side by 'n'.
f = n-1 + 3

Simplifying
f = n-1 + 3

Reorder the terms:
f = 3 + n-1

See similar equations:

| 25x+9=81 | | 6(9x^2+6x+1)-5+7=0 | | 6n^4*7n^2= | | 75-(6+3*10)9+6= | | 3(a+3)+6=21 | | 42=-3(2+4k) | | -75n=24000 | | 6x+1=6x+1 | | y=12.5x | | 5(3x-7)+x=-3(3-x) | | 2(v-4)=4 | | -(5y+2)-(-4y-5)=-2 | | (x+3)+x+x=180 | | 2-(x+4)=18 | | 7x-11-10x+21=28 | | 2(x+3)+1(1+x)=4.4x | | 51=3(1-4m) | | 2(x+3)+1(1+x)=4.3x | | 2(x+3)+1(1+x)=4.2x | | 2(x+3)+1(1+x)=4.7x | | 4x+4=4(x-6) | | 2(x+3)+1(1+x)=4.5x | | 2(x+3)+1(1+x)=3.25x | | 2(x+3)+1(1+x)=3.75x | | x^2-120x+3500=0 | | 2+6h=20 | | 4-6x=-2-2x | | 2(x+3)+1(1+x)=-1x | | -5t+12+8-7t= | | 2(x+3)+1(1+x)=-100x | | 2(x+3)+1(1+x)=-30x | | 2(x+3)+1(1+x)=-20x |

Equations solver categories