\"\"

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The polynomial is \"\".

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The GCF of \"\" is \"\", so factor it out.

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\"\"

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In the polynomial \"\", since the first term \"\" is not a perfect square, this is not a perfect square terminal.\"\"

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The general quadratic expression form is \"\".

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In the above trinomial, \"\". Since \"\" is negative, so the factors m and p have opposite signs.So either m or p is negative, but not both.

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Since \"\" is positive, the factor with the greater absolute value is also positive.

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You need to find one factor of each pair is negative with a sum of 6 and a product of  \"\".

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Make a list of the factors of \"\" and look for the of factors with the sum of 5.

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\"\"

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The correct factors are \"\".\"\"

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Apply the pattern: \"\".

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\"\".

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Group terms with common factors.

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\"\"

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Factors the GCF from each group.

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\"\"

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Apply distributive property: \"\".

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\"\"\"\"

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The factors form of polynomial is \"\".