A structural engineer is calculating the tension in a support cable, which is represented by the expression $(10\sqrt{6p^3})(4\sqrt{3p})$. Arrange the following steps in the correct mathematical order to simplify this expression into its most reduced form.

A data analyst for a logistics company uses the expression $(10\sqrt{6p^3})(4\sqrt{3p})$ to model shipping volume variances. After multiplying the coefficients and radicands to get ${}40\sqrt{18p^4}$, the next step is to simplify the radical by extracting the largest perfect square factor. Which of the following represents the largest perfect square factor that must be recalled and extracted from the radicand ${}18p^4$?

An inventory manager at a precision manufacturing plant is using radical expressions to determine the storage volume of specialized alloy components. To verify the initial steps of the calculation before final simplification, match each part of the multiplication problem with its corresponding intermediate result.

A manufacturing quality specialist is reviewing a formula for mechanical stress represented by the expression $(10\sqrt{6p^3})(4\sqrt{3p})$. True or False: According to the product rule for radicals, the initial step in multiplying these terms involves multiplying the coefficients (10 and 4) to get 40 and multiplying the radicands (${}6p^3$ and ${}3p$) to get ${}18p^4$ under the radical, resulting in the intermediate expression ${}40\sqrt{18p^4}$.

Initial Step in Multiplying Radicals with Coefficients