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Factor out the greatest common factor. If the greatest common factor is 11, just retype the polynomial.\newline6p39p26p^3 - 9p^2

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Q. Factor out the greatest common factor. If the greatest common factor is 11, just retype the polynomial.\newline6p39p26p^3 - 9p^2
  1. Find GCF of Terms: We need to find the greatest common factor (GCF) of the terms 6p36p^3 and 9p29p^2. To do this, we will list the factors of the coefficients and the powers of pp to find the highest common factor.\newlineFactors of 66: 11, 22, 33, 66\newlineFactors of 99: 11, 33, 99\newlineThe common factors of the coefficients are 11 and 33. The highest common factor is 33.\newlineBoth terms have a 9p29p^255 in common.\newlineTherefore, the GCF of 6p36p^3 and 9p29p^2 is 9p29p^288.
  2. Divide by GCF: Now we will divide each term by the GCF to find the remaining factors.\newlineFor the first term, 6p36p^3 divided by 3p23p^2 gives us 2p2p.\newlineFor the second term, 9p29p^2 divided by 3p23p^2 gives us 33.
  3. Write Original Polynomial: We can now write the original polynomial as the product of the GCF and the remaining factors.\newline6p39p2=3p2(2p)3p2(3)6p^3 - 9p^2 = 3p^2(2p) - 3p^2(3)\newlineThis simplifies to 3p2(2p3)3p^2(2p - 3).