\"\"\"\"\"\"

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The original function is \"\"

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Write \"\" as \"\" or \"\" \"\"

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First solve the case \"\" .

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\"\"                     (Subtract 1 from each side)

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\"\"                           (Additive inerse property: \"\")

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\"\"\"\"                                (Additive identity property: \"\" )

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\"\"\"\"                                      (Subtract: \"\"\"\")\"\"

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 Apply Division proparty of inequality: If a = b than \"\"

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\"\"\"\"                                 (Divide each side by 3)

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\"\"\"\"                                      (Cancel commen terms)

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\"\"\"\"                                           (Divide: \"\"\"\" \"\"\"\"\"\")\"\"

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Next solve the casev .  \"\"

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\"\"                   (Subtract 1 from each side)

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\"\" \"\"                       (Additive inerse property: \"\")

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\"\" \"\"                             (Additive identity property: \"\" \"\")

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\"\" \"\"                                   (Subtract: \"\" \"\" \"\" )\"\"

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Apply Division proparty of inequality: If a = b than \"\"

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\"\" \"\"                              (Divide each side by 3)

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\"\" \"\"                                  (Cancel commen terms)

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\"\" \"\"                                   (Divide: \"\" \"\" \"\" \"\" )\"\"

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To graph the solutions set, first draw a number line.

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Draw a heavy line between -5.6 and 5 Since--5.6 and 5are not included in the solution set draw a circle at -5.6 and 5.

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\"absolute

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\"\"

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The solution set is \"\".

\