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Simplifying 4n(2n3p2 + -3np2 + 5n) + 4p(6n2p + -2np2 + 3p) = 0 Reorder the terms: 4n(5n + -3np2 + 2n3p2) + 4p(6n2p + -2np2 + 3p) = 0 (5n * 4n + -3np2 * 4n + 2n3p2 * 4n) + 4p(6n2p + -2np2 + 3p) = 0 (20n2 + -12n2p2 + 8n4p2) + 4p(6n2p + -2np2 + 3p) = 0 Reorder the terms: 20n2 + -12n2p2 + 8n4p2 + 4p(-2np2 + 6n2p + 3p) = 0 20n2 + -12n2p2 + 8n4p2 + (-2np2 * 4p + 6n2p * 4p + 3p * 4p) = 0 20n2 + -12n2p2 + 8n4p2 + (-8np3 + 24n2p2 + 12p2) = 0 Reorder the terms: -8np3 + 20n2 + -12n2p2 + 24n2p2 + 8n4p2 + 12p2 = 0 Combine like terms: -12n2p2 + 24n2p2 = 12n2p2 -8np3 + 20n2 + 12n2p2 + 8n4p2 + 12p2 = 0 Solving -8np3 + 20n2 + 12n2p2 + 8n4p2 + 12p2 = 0 Solving for variable 'n'. Factor out the Greatest Common Factor (GCF), '4'. 4(-2np3 + 5n2 + 3n2p2 + 2n4p2 + 3p2) = 0 Ignore the factor 4.Subproblem 1
Set the factor '(-2np3 + 5n2 + 3n2p2 + 2n4p2 + 3p2)' equal to zero and attempt to solve: Simplifying -2np3 + 5n2 + 3n2p2 + 2n4p2 + 3p2 = 0 Solving -2np3 + 5n2 + 3n2p2 + 2n4p2 + 3p2 = 0 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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