3[4(y+3)-(y+5)]=3(3y+1)

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Solution for 3[4(y+3)-(y+5)]=3(3y+1) equation:


Simplifying
3[4(y + 3) + -1(y + 5)] = 3(3y + 1)

Reorder the terms:
3[4(3 + y) + -1(y + 5)] = 3(3y + 1)
3[(3 * 4 + y * 4) + -1(y + 5)] = 3(3y + 1)
3[(12 + 4y) + -1(y + 5)] = 3(3y + 1)

Reorder the terms:
3[12 + 4y + -1(5 + y)] = 3(3y + 1)
3[12 + 4y + (5 * -1 + y * -1)] = 3(3y + 1)
3[12 + 4y + (-5 + -1y)] = 3(3y + 1)

Reorder the terms:
3[12 + -5 + 4y + -1y] = 3(3y + 1)

Combine like terms: 12 + -5 = 7
3[7 + 4y + -1y] = 3(3y + 1)

Combine like terms: 4y + -1y = 3y
3[7 + 3y] = 3(3y + 1)
[7 * 3 + 3y * 3] = 3(3y + 1)
[21 + 9y] = 3(3y + 1)

Reorder the terms:
21 + 9y = 3(1 + 3y)
21 + 9y = (1 * 3 + 3y * 3)
21 + 9y = (3 + 9y)

Add '-9y' to each side of the equation.
21 + 9y + -9y = 3 + 9y + -9y

Combine like terms: 9y + -9y = 0
21 + 0 = 3 + 9y + -9y
21 = 3 + 9y + -9y

Combine like terms: 9y + -9y = 0
21 = 3 + 0
21 = 3

Solving
21 = 3

Couldn't find a variable to solve for.

This equation is invalid, the left and right sides are not equal, therefore there is no solution.

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