In(x-3)+In(x-3)=In(2x-1)

Solution for In(x-3)+In(x-3)=In(2x-1) equation:

Simplifying
In(x + -3) + In(x + -3) = In(2x + -1)

Reorder the terms:
nI(-3 + x) + In(x + -3) = In(2x + -1)
(-3 * nI + x * nI) + In(x + -3) = In(2x + -1)
(-3nI + nxI) + In(x + -3) = In(2x + -1)

Reorder the terms:
-3nI + nxI + nI(-3 + x) = In(2x + -1)
-3nI + nxI + (-3 * nI + x * nI) = In(2x + -1)
-3nI + nxI + (-3nI + nxI) = In(2x + -1)

Reorder the terms:
-3nI + -3nI + nxI + nxI = In(2x + -1)

Combine like terms: -3nI + -3nI = -6nI
-6nI + nxI + nxI = In(2x + -1)

Combine like terms: nxI + nxI = 2nxI
-6nI + 2nxI = In(2x + -1)

Reorder the terms:
-6nI + 2nxI = nI(-1 + 2x)
-6nI + 2nxI = (-1 * nI + 2x * nI)
-6nI + 2nxI = (-1nI + 2nxI)

Add '-2nxI' to each side of the equation.
-6nI + 2nxI + -2nxI = -1nI + 2nxI + -2nxI

Combine like terms: 2nxI + -2nxI = 0
-6nI + 0 = -1nI + 2nxI + -2nxI
-6nI = -1nI + 2nxI + -2nxI

Combine like terms: 2nxI + -2nxI = 0
-6nI = -1nI + 0
-6nI = -1nI

Solving
-6nI = -1nI

Solving for variable 'n'.

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

Add 'nI' to each side of the equation.
-6nI + nI = -1nI + nI

Combine like terms: -6nI + nI = -5nI
-5nI = -1nI + nI

Combine like terms: -1nI + nI = 0
-5nI = 0

Divide each side by '-5'.
nI = 0

Simplifying
nI = 0

The solution to this equation could not be determined.