-5n(4-3n)=10(n-2)

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Solution for -5n(4-3n)=10(n-2) equation:


Simplifying
-5n(4 + -3n) = 10(n + -2)
(4 * -5n + -3n * -5n) = 10(n + -2)
(-20n + 15n2) = 10(n + -2)

Reorder the terms:
-20n + 15n2 = 10(-2 + n)
-20n + 15n2 = (-2 * 10 + n * 10)
-20n + 15n2 = (-20 + 10n)

Solving
-20n + 15n2 = -20 + 10n

Solving for variable 'n'.

Reorder the terms:
20 + -20n + -10n + 15n2 = -20 + 10n + 20 + -10n

Combine like terms: -20n + -10n = -30n
20 + -30n + 15n2 = -20 + 10n + 20 + -10n

Reorder the terms:
20 + -30n + 15n2 = -20 + 20 + 10n + -10n

Combine like terms: -20 + 20 = 0
20 + -30n + 15n2 = 0 + 10n + -10n
20 + -30n + 15n2 = 10n + -10n

Combine like terms: 10n + -10n = 0
20 + -30n + 15n2 = 0

Factor out the Greatest Common Factor (GCF), '5'.
5(4 + -6n + 3n2) = 0

Ignore the factor 5.

Subproblem 1

Set the factor '(4 + -6n + 3n2)' equal to zero and attempt to solve: Simplifying 4 + -6n + 3n2 = 0 Solving 4 + -6n + 3n2 = 0 Begin completing the square. Divide all terms by 3 the coefficient of the squared term: Divide each side by '3'. 1.333333333 + -2n + n2 = 0 Move the constant term to the right: Add '-1.333333333' to each side of the equation. 1.333333333 + -2n + -1.333333333 + n2 = 0 + -1.333333333 Reorder the terms: 1.333333333 + -1.333333333 + -2n + n2 = 0 + -1.333333333 Combine like terms: 1.333333333 + -1.333333333 = 0.000000000 0.000000000 + -2n + n2 = 0 + -1.333333333 -2n + n2 = 0 + -1.333333333 Combine like terms: 0 + -1.333333333 = -1.333333333 -2n + n2 = -1.333333333 The n term is -2n. Take half its coefficient (-1). Square it (1) and add it to both sides. Add '1' to each side of the equation. -2n + 1 + n2 = -1.333333333 + 1 Reorder the terms: 1 + -2n + n2 = -1.333333333 + 1 Combine like terms: -1.333333333 + 1 = -0.333333333 1 + -2n + n2 = -0.333333333 Factor a perfect square on the left side: (n + -1)(n + -1) = -0.333333333 Can't calculate square root of the right side. The solution to this equation could not be determined. This subproblem is being ignored because a solution could not be determined. The solution to this equation could not be determined.

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