Which scenario is best represented by the term side x side x side?

Which scenario is best represented by the term side x side x side?

• A. Calculating perimeter
• B. Calculating area
• C. Calculating volume of a cube
• D. Calculating diameter

Answer: (C)

The term "side x side x side" is indicative of a three-dimensional measurement involving volume. Specifically, when you multiply the length of one side of a cube (often referred to as a side length) by itself three times — that is, side x side x side — you are calculating the volume of that cube. In geometry, the volume of a cube is determined by taking the length of one of its sides and raising it to the third power. This captures the space occupied within the cube, which differs fundamentally from perimeter (the total distance around a two-dimensional shape) and area (the measure of the surface within a shape). Also, diameter pertains to a linear measurement, specifically relating to circles, and doesn't involve a multiplication of sides as in this scenario. Therefore, the phrase "side x side x side" specifically aligns with the concept of calculating the volume of a cube, making it the correct answer for this question.

The term "side x side x side" is indicative of a three-dimensional measurement involving volume. Specifically, when you multiply the length of one side of a cube (often referred to as a side length) by itself three times — that is, side x side x side — you are calculating the volume of that cube.

In geometry, the volume of a cube is determined by taking the length of one of its sides and raising it to the third power. This captures the space occupied within the cube, which differs fundamentally from perimeter (the total distance around a two-dimensional shape) and area (the measure of the surface within a shape). Also, diameter pertains to a linear measurement, specifically relating to circles, and doesn't involve a multiplication of sides as in this scenario.

Therefore, the phrase "side x side x side" specifically aligns with the concept of calculating the volume of a cube, making it the correct answer for this question.