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The equation is \"\".

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(a)

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Find the intercepts.

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Find the \"\"-intercept by substituting \"\" in the equation.

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\"\"

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\"\"

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\"\"

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\"\"

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\"\"

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\"\" and \"\"

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\"\" and \"\".

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\"\"-intercepts are \"\" and\"\".

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Find the \"\"-intercept by substituting \"\" in the equation \"\".

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\"\"

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\"\"

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\"\"

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\"\"

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\"\" and \"\"

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\"\" and \"\"

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\"\" and \"\"

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\"\" intercepts are \"\" and \"\".

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Intercepts are \"\" and \"\".

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(b)

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Test algebraically symmetric with respect to the \"\"-axis:

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Substitute \"\" for \"\" in \"\".

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\"\"

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\"\"

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Because \"\" is equivalent to \"\", the graph is symmetric with respect to the \"\"-axis.

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Test algebraically symmetric with respect to the \"\"-axis:

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Substitute \"\" for \"\" in \"\".

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\"\"

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\"\"

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Because \"\" is not equivalent to \"\", the graph is not symmetric with respect to the \"\"-axis.

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Test algebraically symmetric with respect to the origin:

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Substitute \"\" for \"\" and \"\" for \"\"  in \"\"\"\"

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\"\"

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Because \"\" is not equivalent to \"\", the graph is not symmetric with respect to the origin.

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\"\"

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(a) Intercepts are \"\" and \"\".

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(b) \"\"-axis symmetry.