\"\"

\

\

Let x be the number

\

Observe the graph; a dot marked on the graph. So,

\

the points are included in the solution set.

\

The numbers are between \"\" and 4.

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The solution set is            \"\"\"\"

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All the numbers are between \"\" and 4 are greater than 3 units from 1.  

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The absolute value of a number is its distance from 0 on the number line.

\

So, the absolute value inequality for the graph is\"\"\"\"

\

Check the solution.

\

\"\" is equivalent to \"\".

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Solve the inequality \"\".

\

\"\"             (Add 1 to each side)

\

\"\"                       (Apply Additive inverse proparty: \"\")

\

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

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Solve the inequality \"\".

\

\"\"         (Add 1 to each side)

\

\"\"                   (Apply Additive invers proparty: \"\")

\

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

\

The solution set is \"\".Compare the solution

\

set with solution set derived in step 1. Both the sets are matching. So,

\

the absolute value inequality for the graph is \"\"\"\"

\

The absolute value inequality for the graph is \"\".