$\"\"$

Statement: If a is a solution of $\"\"$ then a is also a solution of $\"\"$ .

Conversion statement: If a is a solution of $\"\"$ then a is also a solution of $\"\"$ .

The compound inequality $\"\"$ can be written as $\"\"$ .

Yes, the above statement is true, because the any value of a in the inequality $\"\"$ $\"\"$ is a solution of $\"\"$ .

For example, the value of $\"\"$ is the solution of $\"\"$ , since $\"\"$ is true and the value of $\"\"$ is also solution of $\"\"$ , since $\"\"$ is true. $\"\"$

Yes, the conversion statement is true.