An architectural drafter needs to simplify the expression $\sqrt{98}$ to determine the exact length of a support beam. What is the fully simplified form of this radical expression?

A structural engineer is simplifying the measurement $\sqrt{98}$ meters for a blueprint. Match each mathematical value or expression with the corresponding stage of the simplification process.

A metal fabricator is calculating the length of a diagonal cut for a structural frame and arrives at the expression $\sqrt{98}$ inches. To simplify this measurement for the production floor using the Product Property of Roots, arrange the following steps in the correct order according to the standard procedure.

A manufacturing technician is simplifying the expression $\sqrt{98}$ to determine the final diameter of a precision-machined valve. According to the Product Property of Roots, the first step is to identify the largest perfect square factor of the radicand. The largest perfect square factor of 98 is ____.

A metal fabricator is simplifying the expression $\sqrt{98}$ inches to determine a precise cut length for a structural frame. After identifying the largest perfect square factor (49) and applying the Product Property of Roots, the expression is simplified to its final form. True or False: The value that remains under the square root in this final simplified form is 2.