All Exams
  1. All Exams
  2. /
  3. AP EAMCET Paper Wise PYQs
  4. /
  5. AP EAMCET 2025 26th May Evening Shift
  6. /
  7. Question
  1. All Exams
  2. /
  3. AP EAMCET Chapter Wise PYQs
  4. /
  5. Physics - Electromagnetic Induction
  6. /
  7. Question

Q152 / 160 · AP EAMCET 2025 (26 MAY SHIFT 2) · Physics

Q3 / 111 · AP EAMCET 2025 (26 MAY SHIFT 2) · Physics · Electromagnetic Induction · Self and Mutual Inductance

When current in a coil changes from 2 A to 5 A in a time of 0.3 s, if the emf induced in the coil is 40 mV, then the self inductance of the coil is

  • A
    4 H
  • Correct answer
    B
    4 mH
  • C
    40 mH
  • D
    $4 \mu \mathrm{H}$

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

PreviousNext

Relevant Questions

  • In a circuit the current falls from 14 A to 4 A in a time 0.2 ms . If the induced emf is 150 V . then the self inductance of the circuit is23 May, 2024 (M)•Self and Mutual Inductance
  • X and Y are two circuits having coefficient of mutual inductance 3 mH and resistances and respectively. To have induced current in circuit Y21 May, 2024 (M)•Self and Mutual Inductance
  • The ratio of the number of turns per unit length of two solenoids and is and the lengths of and Bare in the ratio . If the two solenoids hav20 May, 2024 (E)•Self and Mutual Inductance
  • The self-inductance of a long solenoid of cross-sectional area , length and turns'per unit length is given by18 May, 2023 (E)•Self and Mutual Inductance
  • Physically, the self-inductance plays the role of17 May, 2023 (M)•Self and Mutual Inductance
  • A pair of adjacent coils having a mutual inductance, . The current in one coil changes from 0 to in and the change of flux linkage with the 08 Jul, 2022 (E)•Self and Mutual Inductance

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