A logistics coordinator is using the algebraic expression $\frac{4(-3)+6(-2)}{-3(2)-2}$ to calculate a shipping adjustment. Match each component of the simplification process with its correct numerical value or mathematical function as described in the standard order of operations.

A project manager is calculating a budget adjustment using the expression $\frac{4(-3)+6(-2)}{-3(2)-2}$. Following the standard procedure where the fraction bar acts as a grouping symbol, arrange the following steps in the correct order to simplify the expression, starting with the first operation performed.

An inventory specialist is calculating the net impact of stock adjustments using the expression $\frac{4(-3)+6(-2)}{-3(2)-2}$. According to the standard simplification process for this expression, what is the value of the numerator once it has been fully simplified, but before the final division is performed?

Role of the Fraction Bar in Simplification

A financial auditor reviewing a variance report that uses the expression $\frac{4(-3)+6(-2)}{-3(2)-2}$ must simplify the numerator and denominator separately before performing the final division.