A software developer is reviewing a script that calculates power adjustments for a data center. The script contains the expression -2^4. According to the standard order of operations used in programming and mathematics, which of the following correctly identifies the base and the expanded form of this expression?

A quality assurance specialist is reviewing the logic for a temperature control system. Match each mathematical expression found in the system's documentation to its correct numerical output based on the standard order of operations.

A financial analyst is reviewing a formula in a spreadsheet that includes the expression $-2^4$. True or False: In this expression, the exponent $4$ applies to the base $-2$.

Differentiating Exponent Bases in System Parameters

A quality control technician is verifying a calibration formula that contains the expression $-2^4$. Arrange the following steps in the correct order to evaluate this expression according to the standard order of operations.

Standardizing Mathematical Notation in Training Manuals

Interpreting Spreadsheet Calculation Results

Simplifying $(-7)^2$ and $-7^2$

A software quality assurance (QA) engineer is writing a test case to verify how a mathematical function handles negative bases. The test case requires the expansion of the expression $(-2)^4$. Which of the following correctly identifies the expanded form for this calculation?

A mortgage processor is reviewing an automated risk-assessment script that utilizes the mathematical expression $(-2)^4$ to calculate a specific adjustment factor. According to the standard rules of algebra and the order of operations, which value is correctly identified as the base of the exponent in this expression?