Understanding Moore's Law in Computer Science

Which of the following statements are true regarding Moore’s Law?

1. The accuracy of Moore’s Law is being affected by the difficulty of making increasingly smaller components at the same rate.

2. Moore’s Law can be applied to processing advances in general and not just the miniaturization of transistors and chips.

3. Gordon Moore, a co-founder of Intel, described Moore’s Law in 1965.

4. Moore’s Law was accurate until about 1998, when computing advances slowed drastically.

5. Moore’s Law is expected to continue at the same rate, even with the introduction of quantum computers.

Moore's Law is accurate in the following ways: The challenge of producing ever-smaller components at the same rate has an impact on Moore's Law's correctness.

According to the original version of Moore's Law, a microchip's transistor count would double roughly every two years, resulting in an increase in computer capability.

Moore's Law is not limited to the downsizing of transistors and chips; it also applies to improvements in processing in general.

Therefore, although Moore's Law is frequently connected to the downsizing of transistors and circuits, it can also be used more generally to describe the ongoing increase in computing power, including improvements in chip design.