\"\"

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The \"\"-axis crosses at \"\" and \"\".

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The \"\"-axis touches at \"\" and \"\".

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\"\" is an \"\"-intercept of function \"\".

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Therefore, the \"\"-intercepts are \"\" and \"\".

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The zero \"\" is a zero of multiplicity \"\", so the graph of \"\" crosses the \"\"-axis at  \"\".

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The zero \"\" is a zero of multiplicity \"\", so the graph of \"\" touches the \"\"-axis at  \"\".