Finding the Quotient of Polynomial Functions $(x^2 - 5x - 14) \div (x + 2)$ and Evaluating at $x = -4$

A business operations manager uses the polynomial function $C(x)$ to represent a company's total monthly operating costs and the polynomial function $U(x)$ to represent the number of units produced. To determine the average cost per unit, the manager needs to define the quotient function $(C/U)(x)$. According to the definition of the division of polynomial functions, which formula correctly represents this function?

A logistics analyst for a shipping firm is modeling 'Fuel Efficiency' by dividing the total fuel cost polynomial, $C(x)$, by the total mileage polynomial, $M(x)$. Match each component of the mathematical model with its correct role in the definition of the quotient function $(C/M)(x)$.

True or False: In a business analytics model, a manager uses the polynomial function $R(x)$ to represent total revenue and $E(x)$ to represent total expenses. According to the formal definition of the division of polynomial functions, the quotient function (R/E)(x) = rac{R(x)}{E(x)} is mathematically defined for all values of $x$, including those where the expense polynomial $E(x)$ is equal to zero.

Defining the Average Unit Revenue Quotient Function

A logistics coordinator for a shipping firm is modeling 'Worker Productivity' by dividing a 'Total Items Processed' polynomial $P(x)$ by a 'Total Labor Hours' polynomial $H(x)$. Arrange the following steps in the correct order to formally define the quotient function $(P/H)(x)$ according to the definition of the division of functions.