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

\

The original function is \"\"

\

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

\

First solve the case \"\" .

\

According to addition property of equality: if a = b, then a + c = b + c.

\

\"\"          (Add 1 to each side)

\

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

\

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

\

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

\

\"\"                        (Divide each side by 4) \ \

\

\"\"                             (Cancel common terms) \ \

\

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

\

Next solve the case \"\".

\

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

\

According to addition property of equality: if a = b, then a + c = b + c.

\

\"\"              (Add 1 to each side)

\

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

\

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

\

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

\

\"\"                            (Divide each side by 4) \ \

\

\"\"                                 (Cancel common terms) \ \

\

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

\

First, draw a number line.

\

To graph the solutions set, mark the numbers –1.25 and 1.75 on number line.

\

\"absolute\"\"

\

The solution set is \"\".