\"\"

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The linear function is \"\".

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Find the intercepts.

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Case (i):

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Find the \"\"-intercept.

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\"\"                      (Original equation)

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\"\"                      (Substitute \"\")

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\"\"          (Add \"\" to each side)

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

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

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\"\"                            (Cancel common terms)

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

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The graph crosses the \"\"-axis at \"\".

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Case (ii):

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Find the \"\"-intercept.

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\"\"                    (Substitute \"\")

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\"\"                         (Multiply)

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

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The \"\"-intercept is \"\".

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The graph crosses the \"\"-axis at \"\".\"\"

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Graph: 

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Graph the linear function \"\":

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Plot the ordered pairs \"\" and \"\".

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\"Linear

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\"\"

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The \"\"-intercept is \"\" and the \"\"-intercept is \"\".

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Graph of line equation \"\" is

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\"Linear.