All Exams
  1. All Exams
  2. /
  3. JEE Main Paper Wise PYQs
  4. /
  5. JEE Main 2004
  6. /
  7. Question
  1. All Exams
  2. /
  3. JEE Main Chapter Wise PYQs
  4. /
  5. Physics - Semiconductors
  6. /
  7. Question

Q224 / 225 · JEE Main 2004 · Physics

Q242 / 247 · JEE Main 2004 · Physics · Semiconductors · Diodes

When p-n junction diode is forward biased

  • A
    the depletion region is reduced and barrier height is increased
  • B
    the depletion region is widened and barrier height is reduced
  • Correct answer
    C
    both the depletion region and barrier height reduced
  • D
    both the depletion region and barrier height increased.

Hence, the correct answer is option: 'C'.

PreviousNext

Relevant Questions

  • The maximum rated power of the LED is mW and it is used in the circuit with input voltage of V as shown in the figure below. The current thr06 Apr, 2026 (M)•Diodes
  • In a semiconductor p-n diode, the doping concentrations on p-side and n-side are and , respectively. Which one of the following statements i05 Apr, 2026 (E)•Diodes
  • Given below are two statements: one is labelled as Assertion A and the other is labelled as Reason R Assertion A: A diode under reverse-bias04 Apr, 2026 (E)•Diodes
  • A diode has Zener voltage of V and maximum power dissipation of W, then the minimum resistance to be used in series with this diode for safe04 Apr, 2026 (E)•Diodes
  • For the given circuit (shown in part (A)) the time dependent input voltage and corresponding output are shown in part (B) and part (C), resp02 Apr, 2026 (M)•Diodes
  • Assuming in forward bias condition there is a voltage drop of 0.7 V across a silicon diode, the current through diode in the circuit is mA. 28 Jan, 2026 (M)•Diodes

Joint Entrance Examination

  • JEE Main
  • NTA Abhyas (JEE Main)
  • JEE Advanced
  • MHTCET
  • COMEDK
  • BITSAT
  • WBJEE
  • KCET
  • AP EAMCET
  • TS EAMCET
  • VITEEE
  • Manipal (MET)
  • IAT (IISER)
  • NEST (NISER)
  • KVPY
  • NDA

Medical

  • NEET
  • AIIMS
  • JIPMER
  • NEET NTA
  • MHT-CET (PCB)

© Scoremarks Technologies Private Limited

  • Privacy policy
  • Refund & cancellation policy