2(p^3-p)=6(b^2-b)

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Solution for 2(p^3-p)=6(b^2-b) equation: 


Simplifying
2(p3 + -1p) = 6(b2 + -1b)

Reorder the terms:
2(-1p + p3) = 6(b2 + -1b)
(-1p * 2 + p3 * 2) = 6(b2 + -1b)
(-2p + 2p3) = 6(b2 + -1b)

Reorder the terms:
-2p + 2p3 = 6(-1b + b2)
-2p + 2p3 = (-1b * 6 + b2 * 6)
-2p + 2p3 = (-6b + 6b2)

Solving
-2p + 2p3 = -6b + 6b2

Solving for variable 'p'.

Reorder the terms:
6b + -6b2 + -2p + 2p3 = -6b + 6b2 + 6b + -6b2

Reorder the terms:
6b + -6b2 + -2p + 2p3 = -6b + 6b + 6b2 + -6b2

Combine like terms: -6b + 6b = 0
6b + -6b2 + -2p + 2p3 = 0 + 6b2 + -6b2
6b + -6b2 + -2p + 2p3 = 6b2 + -6b2

Combine like terms: 6b2 + -6b2 = 0
6b + -6b2 + -2p + 2p3 = 0

Factor out the Greatest Common Factor (GCF), '2'.
2(3b + -3b2 + -1p + p3) = 0

Ignore the factor 2.

Subproblem 1
Set the factor '(3b + -3b2 + -1p + p3)' equal to zero and attempt to solve:

Simplifying
3b + -3b2 + -1p + p3 = 0

Solving
3b + -3b2 + -1p + p3 = 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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