Physics · Transistors

The relation between emitter efficiency (γ), transport factor (β), and common-base current gain (α) of a transistor is:

Verified Solution4 OptionsUpdated: October 2026👁️1 View

1γ = α × β
2α = β × γ✓
3γ = α - β
4γ = α + β

Correct answer

α = β × γ

Download Single Question PDF

Save this question and verified answer as a clean study sheet with live clickable link.

👥

Share with Friends & Study Groups

Challenge your peer aspirants on WhatsApp or Telegram to solve this question!

Online Test Series

Preparing for Physics?

Practice full-length mock tests with real exam timers, instant score analysis, and all-India ranking.

Start Free Mock Test →

Chapter Practice

Want more practice questions on Transistors?

Solve complete topic-wise tests with detailed solutions on GkGet.

Practice Transistors MCQs →

Recommended practice questions in Physics · Transistors

Browse More Physics →

Which of the following events is considered a major turning point that fueled Indian nationalism during British rule due to its brutal nature and widespread condemnation?

Solve Question→

Which of the following events is considered the first major peasant uprising against the British in India?

Solve Question→

Who led the Non-Cooperation Movement in India?

The relation between emitter efficiency (γ), transport factor (β), and common-base current gain (α) of a transistor is:

Download Single Question PDF

Share with Friends & Study Groups

Preparing for Physics?

Practice by Subject

Practice by Exam

Topic-Wise Solved Questions

The relation between emitter efficiency (&gamma;), transport factor (&beta;), and common-base current gain (&alpha;) of a transistor is:

Download Single Question PDF

Share with Friends & Study Groups

Preparing for Physics?

Related Practice Questions

Practice by Subject

Practice by Exam

Topic-Wise Solved Questions

The relation between emitter efficiency (γ), transport factor (β), and common-base current gain (α) of a transistor is: