Question 17

The generation of computing known for the introduction of electronic components that could maintain exactly two states is the First generation.

The First generation of computing introduced electronic components, specifically vacuum tubes, which could maintain two distinct states: on or off. This binary system laid the foundation for modern computing.

A) First

Option A is correct because the First generation of computers utilized vacuum tubes, which enabled the binary system of representing data as 0s and 1s. This advancement was crucial for the development of more complex computing systems.

B) Second

Option B is incorrect as the Second generation of computing transitioned to transistors, which improved performance and efficiency. While transistors also operate on a binary system, the question specifically asks about the introduction of electronic components, which is characteristic of the First generation.

C) Third

Option C is incorrect because the Third generation of computing introduced integrated circuits, which further miniaturized and advanced computing technology. This generation built on the foundations laid by the First generation but did not introduce the initial electronic components.

D) Fourth

Option D is incorrect as the Fourth generation of computing is marked by the development of microprocessors and advancements in computer architecture. This generation represents a further evolution beyond the introduction of basic electronic components.

Conclusion

The First generation is definitively the correct answer as it marks the foundational introduction of electronic components capable of maintaining two states, essential for binary computing. Other options describe subsequent generations that advanced the technology but did not introduce the fundamental concepts in question.