\"\"

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(a).

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Find the quadratic equation whose \"\" intercepts \"\"  .

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When  \"\".

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The general form of quadratic equaton is \"\".

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Substitute \"\" and \"\"  in the above equation.

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The quadratic equation is \"\".

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\"\".

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Substitute \"\" and \"\"  in the above equation

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\"\"

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\"\"

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Substitute \"\" and \"\"  in the above equation

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\"\"

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\"\"

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Substitute \"\" and \"\"  in the above equation

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\"\"

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\"\"

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\"\"

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(b) The value of \"\" does not affect the x-intercepts, but it changes the \"\"intercept by a factor of \"\".

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(c) The value of \"\" does not affect the axis of symmetry. It is for all values of \"\".

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(d) The value of \"\" does not affect the \"\"-coordinate of the vertex. However, the \"\"coordinate of the vertex is multiplied by \"\".

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(e) The mean of the \"\"intercepts is the \"\"coordinate of the vertex.

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\"\"

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(a) \"\": \"\"

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      \"\":\"\"

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      \"\":\"\"

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      \"\"\"\".

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(b) The value of \"\" does not affect the x-intercepts, but it changes the \"\"intercept by a factor of \"\".

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(c) The value of \"\" does not affect the axis of symmetry. It is for all values of \"\".

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(d) The value of \"\" does not affect the \"\"-coordinate of the vertex. However, the \"\"coordinate of the vertex is multiplied by \"\".

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(e) The mean of the \"\"intercepts is the \"\"coordinate of the vertex.