\"\"

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The function is \"\".

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Identify Possible Rational Zeros :

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Usually it is not practical to test all possible zeros of a polynomial function using only synthetic substitution. The Rational Zero Theorem can be used for finding the some possible zeros to test.

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\"\".

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Possible rational zeros \"\".

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\"\"

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Therefore, the possible rational zeros of \"\" are \"\".

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\"\"

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Consider \"\".

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Perform the synthetic substitution method by testing \"\".

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\"\"

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Since \"\", conclude that \"\" is not a zero of \"\".

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Perform the synthetic substitution method by testing \"\".

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\"\"

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Since \"\", conclude that \"\" is not a zero of \"\".

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\"\"

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Perform the synthetic substitution method by testing \"\".

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\"\"

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Since \"\", conclude that \"\" is not a zero of \"\".

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\

Perform the synthetic substitution method by testing \"\".

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\"\"

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Since \"\", conclude that \"\" is not a zero of \"\".

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\"\"

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Perform the synthetic substitution method by testing \"\".

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\"\"

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Since \"\", conclude that \"\" is not a zero of \"\".

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\

Perform the synthetic substitution method by testing \"\".

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\"\"

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Since \"\", conclude that \"\" is not a zero of \"\".

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\"\"

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Perform the synthetic substitution method by testing \"\".

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\"\"

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Since \"\", conclude that \"\" is not a zero of \"\".

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\

Perform the synthetic substitution method by testing \"\".

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\"\"

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Since \"\", conclude that \"\" is not a zero of \"\".

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So by using synthetic division, the polynomial \"\" does not have any rational zeros.

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\"\"

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Therefore the possible rational zeros of \"\" are \"\".

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No rational zeros.