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(a)

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The polynomial function is \"\".

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The definition of real zeros :\"\".

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\"\"

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\"\" and \"\"

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\"\" and \"\"

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\"\" and \"\"

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The real zeros of this polynomial function are \"\" and \"\".

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The definition of zeros of multiplicity :\"\", the exponent of factor \"\" is \"\".

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At \"\" the zeros of multiplicity is \"\".

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At \"\" the zeros of multiplicity is \"\".

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(b)

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Find \"\"-intercept substitute \"\" in the function.

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The polynomial function is \"\".

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\"\"

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\"\" and \"\"

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\"\" and \"\"

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\"\" and \"\"

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If the multiplicity of the function is odd then crosses the graph.

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The graph touches the \"\"-axis at \"\" and crosses at  \"\".

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(c)

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The polynomial function is \"\".

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The two \"\"-intercepts are \"\" and \"\".

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The factor \"\" gives rise to zero.

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At \"\",

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\"\"

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\"\".

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The factor \"\" gives rise to zero.

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At \"\",

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\"\"

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\"\".

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(d) 

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The polynomial function is \"\".

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Degree of the polynomial function \"\".

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Maximum number of turning points is \"\".

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The maximum number of turning points are \"\".

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(e)

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The polynomial function is \"\".

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\"\"

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The polynomial function of degree is \"\".

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The function \"\" behaves like \"\" for large values of \"\".

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(a)

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The real zeros of this polynomial function are \"\" and \"\".

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At \"\" the zeros of multiplicity is \"\".

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At \"\" the zeros of multiplicity is \"\".

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(b)

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The graph touches the \"\"-axis at \"\" and crosses at  \"\".

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(c)

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Near \"\": \"\".

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Near \"\": \"\".

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(d)

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The maximum number of turning points are \"\".

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(e)

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The function \"\" behaves like \"\" for large values of \"\".