\"\"

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The equation is \"\".

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Find the x - intercept by substituting y = 0 in \"\".

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\"\"                          (Write original equation)

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\"\"                      (Substitute y = 0)

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\"\"                               (Add 3 to each side)

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\"\"                     (Divide each side by 2)

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The x - intercept is \"\".

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Find the y - intercept by substituting x = 0 in \"\".

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\"\"                          (Write original equation)

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\"\"                       (Substitute x = 0)

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\"\"                               (Simplify)

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The y - intercept is \"\".\"\"

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Test for symmetry with respect to x - axis:

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\"\"                          (Write original equation)

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\"\"                   (Replace y with \"\"y)

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This is not an equivalent equation.

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Test for symmetry with respect to y - axis:

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\"\"                          (Write original equation)

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\"\"                   (Replace x with \"\"x)

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\"\"                      (Simplify)

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This is not an equivalent equation.

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Test for symmetry with respect to origin:

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\"\"                          (Write original equation)

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\"\"             (Replace y with \"\"y and x with \"\"x)

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\"\"                    (Simplify)

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This is not an equivalent equation.

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So there is no symmetry.\"\"

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The equation is \"\".

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graph is shown below :

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\"graph 

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\"\"

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The x - and y - intercepts are \"\" and \"\".

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The graph of equation \"\" has no symmetry, and the graph of \"\" is shown below : \ \ \"graph