n=p(1+nr)forn

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Solution for n=p(1+nr)forn equation: 


Simplifying
n = p(1 + nr) * forn

Reorder the terms for easier multiplication:
n = p * fnor(1 + nr)

Multiply p * fnor
n = fnopr(1 + nr)
n = (1 * fnopr + nr * fnopr)
n = (1fnopr + fn2opr2)

Solving
n = 1fnopr + fn2opr2

Solving for variable 'n'.

Reorder the terms:
-1fnopr + -1fn2opr2 + n = 1fnopr + fn2opr2 + -1fnopr + -1fn2opr2

Reorder the terms:
-1fnopr + -1fn2opr2 + n = 1fnopr + -1fnopr + fn2opr2 + -1fn2opr2

Combine like terms: 1fnopr + -1fnopr = 0
-1fnopr + -1fn2opr2 + n = 0 + fn2opr2 + -1fn2opr2
-1fnopr + -1fn2opr2 + n = fn2opr2 + -1fn2opr2

Combine like terms: fn2opr2 + -1fn2opr2 = 0
-1fnopr + -1fn2opr2 + n = 0

Factor out the Greatest Common Factor (GCF), 'n'.
n(-1fopr + -1fnopr2 + 1) = 0


Subproblem 1
Set the factor 'n' equal to zero and attempt to solve:

Simplifying
n = 0

Solving
n = 0

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

Simplifying
n = 0

Subproblem 2
Set the factor '(-1fopr + -1fnopr2 + 1)' equal to zero and attempt to solve:

Simplifying
-1fopr + -1fnopr2 + 1 = 0

Reorder the terms:
1 + -1fnopr2 + -1fopr = 0

Solving
1 + -1fnopr2 + -1fopr = 0

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

Add '-1' to each side of the equation.
1 + -1fnopr2 + -1 + -1fopr = 0 + -1

Reorder the terms:
1 + -1 + -1fnopr2 + -1fopr = 0 + -1

Combine like terms: 1 + -1 = 0
0 + -1fnopr2 + -1fopr = 0 + -1
-1fnopr2 + -1fopr = 0 + -1

Combine like terms: 0 + -1 = -1
-1fnopr2 + -1fopr = -1

Add 'fopr' to each side of the equation.
-1fnopr2 + -1fopr + fopr = -1 + fopr

Combine like terms: -1fopr + fopr = 0
-1fnopr2 + 0 = -1 + fopr
-1fnopr2 = -1 + fopr

Divide each side by '-1fopr2'.
n = f-1o-1p-1r-2 + -1r-1

Simplifying
n = f-1o-1p-1r-2 + -1r-1
Solution
n = {0, f-1o-1p-1r-2 + -1r-1}

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