A logistics analyst uses the expression $\frac{28x^5y^{14}}{49x^9y^{12}}$ to calculate the relative capacity between two storage systems. Which of the following represents the correctly simplified form of this expression?

An industrial engineer is simplifying a production efficiency ratio represented by the expression $\frac{28x^5y^{14}}{49x^9y^{12}}$. To assist in the final report, match each part of the original expression with its correctly simplified component.

A logistics analyst is simplifying the expression $\frac{28x^5y^{14}}{49x^9y^{12}}$ to compare the shipping capacities of two different storage systems. True or False: In the final simplified form of this ratio, the variable $x$ will have an exponent of 4 and will be located in the denominator.

An inventory manager is simplifying the expression $\frac{28x^5y^{14}}{49x^9y^{12}}$ to standardize a reporting metric for warehouse capacity. Arrange the following steps in the correct order to simplify this expression according to the Quotient Property.

Simplifying Corporate Efficiency Ratios

An operations analyst at a logistics company is simplifying the fleet performance ratio represented by the expression $\frac{28x^5y^{14}}{49x^9y^{12}}$ for a quarterly report. To simplify the variable terms of this expression, the analyst recalls the Quotient Property of Exponents, which states that to divide powers with the same base, one must ____ the exponents of those variables.