\"\"

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The polynomial is \"\".

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For a trinomial to be factorable as a perfect square, the first and last terms must be perfect squares and the middle term must be two times the square roots of the first and last terms.

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1. Is the first term a perfect square?          Yes, \"\".

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2. Is the last term a perfect square?           Yes, \"\".

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2. Is the middle term equal to \"\"?    Yes, \"\".

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Since all three conditions are satisfied.

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Therefore, the polynomial \"\" is a perfect square trinomial.

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Difference of the square form is \"\".

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\"\"        (Write as difference of the square form)

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                          \"\"                             (Factors using the pattern)

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The factored form is \"\".

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\"\"

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yes, the factored form is \"\".