Moore's law concerns which of the following?

Moore's law concerns which of the following?

• A. How fast computing power improves
• B. How storage density increases
• C. How cooling efficiency changes
• D. How network latency decreases

Answer: (A)

Moore's law describes the pace at which hardware improves as transistors scale on integrated circuits. Historically, the number of transistors on a chip doubles roughly every two years, which drives a rapid increase in computing power and overall performance while keeping costs down per transistor. This directly fits the idea of how fast computing power improves, rather than storage capacity, cooling efficiency, or network latency. Storage density measures how much data can be stored in a given area, cooling efficiency is about removing heat, and network latency is the delay in data transfer—none of these are what Moore's law tracks.

Moore's law describes the pace at which hardware improves as transistors scale on integrated circuits. Historically, the number of transistors on a chip doubles roughly every two years, which drives a rapid increase in computing power and overall performance while keeping costs down per transistor. This directly fits the idea of how fast computing power improves, rather than storage capacity, cooling efficiency, or network latency. Storage density measures how much data can be stored in a given area, cooling efficiency is about removing heat, and network latency is the delay in data transfer—none of these are what Moore's law tracks.