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

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The compond inequality is \"\".

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Split the compound inequality into two separate inequlities.

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The ineqality 1: \"\"and The ineqality 2: \"\".

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Solve the ineqality 1: \"\".

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Apply addition property of inequality: Add 5 to each side.

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\"\"

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\"\"             (Apply additive inverse property: \"\")

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\"\"                   (Apply additive identity property: \"\")

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\"\"                       (Add: \"\")\"\"

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Apply division property of inequality: Divide each side by 3.

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\"\"

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\"\"                       (Cancel common terms)

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

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Solve the ineqality 2:\"\".

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Apply addition property of inequality: Add 4 to each side.

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\"\"

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\"\"            (Apply additive inverse property: \"\")

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\"\"                  (Apply additive identity property: \"\")

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\"\"                        (Add: \"\")

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Multiply each side  by negative one and flip the symbol.

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\"\"

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\"\"           (Product of two signs is positive) \ \

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Write the compond inequality by using two inequalities, \"\" and \"\".

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\"\"

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\"\"

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Split the compound inequality into two separate inequlities. \"\"and\"\".

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First draw First, graph the inequality \"\".

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Since the inequality symbol is \"\", draw a dot at 4 with an arrow to the right.

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Next, graph the inequality \"\".

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Since the ineqality symbol is \"\", draw a circle at \"\"7 with an arrow to the left on the same number line.

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Finally find the unoverlapping region.

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\"number \"\"

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The uncompound inequality solution set is \"\".