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Simplifying n2[n + 1][2n3 + 4n2 + n + -1] = 0 Reorder the terms: n2[1 + n][2n3 + 4n2 + n + -1] = 0 Reorder the terms: n2[1 + n][-1 + n + 4n2 + 2n3] = 0 Multiply [1 + n] * [-1 + n + 4n2 + 2n3] n2[1[-1 + n + 4n2 + 2n3] + n[-1 + n + 4n2 + 2n3]] = 0 n2[[-1 * 1 + n * 1 + 4n2 * 1 + 2n3 * 1] + n[-1 + n + 4n2 + 2n3]] = 0 n2[[-1 + 1n + 4n2 + 2n3] + n[-1 + n + 4n2 + 2n3]] = 0 n2[-1 + 1n + 4n2 + 2n3 + [-1 * n + n * n + 4n2 * n + 2n3 * n]] = 0 n2[-1 + 1n + 4n2 + 2n3 + [-1n + n2 + 4n3 + 2n4]] = 0 Reorder the terms: n2[-1 + 1n + -1n + 4n2 + n2 + 2n3 + 4n3 + 2n4] = 0 Combine like terms: 1n + -1n = 0 n2[-1 + 0 + 4n2 + n2 + 2n3 + 4n3 + 2n4] = 0 n2[-1 + 4n2 + n2 + 2n3 + 4n3 + 2n4] = 0 Combine like terms: 4n2 + n2 = 5n2 n2[-1 + 5n2 + 2n3 + 4n3 + 2n4] = 0 Combine like terms: 2n3 + 4n3 = 6n3 n2[-1 + 5n2 + 6n3 + 2n4] = 0 [-1 * n2 + 5n2 * n2 + 6n3 * n2 + 2n4 * n2] = 0 [-1n2 + 5n4 + 6n5 + 2n6] = 0 Solving -1n2 + 5n4 + 6n5 + 2n6 = 0 Solving for variable 'n'. Factor out the Greatest Common Factor (GCF), 'n2'. n2(-1 + 5n2 + 6n3 + 2n4) = 0Subproblem 1
Set the factor 'n2' equal to zero and attempt to solve: Simplifying n2 = 0 Solving n2 = 0 Move all terms containing n to the left, all other terms to the right. Simplifying n2 = 0 Take the square root of each side: n = {0}Subproblem 2
Set the factor '(-1 + 5n2 + 6n3 + 2n4)' equal to zero and attempt to solve: Simplifying -1 + 5n2 + 6n3 + 2n4 = 0 Solving -1 + 5n2 + 6n3 + 2n4 = 0 The solution to this equation could not be determined. This subproblem is being ignored because a solution could not be determined.Solution
n = {0}
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