Which of the following best describes the relationship between mathematics and technology?

The correct choice highlights that technology utilizes mathematical concepts to create practical applications. Mathematics provides the foundational principles upon which technology is built. For instance, algorithms, which are essential in software development and data processing, rely heavily on mathematical logic and structures.

In the design of various technological devices, calculations involving geometry, calculus, and statistics help to optimize performance, enhance precision, and solve complex problems. The integration of mathematics in fields like engineering, computer science, and data analysis further illustrates how mathematical principles are essential for technological innovations and solutions.

This relationship shows that while technology can appear as an advanced form of problem-solving, it is deeply rooted in mathematical theory and method, allowing for practical implementations that improve daily life and industry processes. Hence, the statement correctly encapsulates the interdependence of mathematics and technology.