Jump to a section

Physics - Electromagnetic Induction

Practise 226 MHTCET previous year questions on Electromagnetic Induction, compiled from papers spanning 2007 to 2026. Each question is pulled directly from the actual exam paper it appeared in, so you're practising in the exact style and difficulty MHTCET tests.

Electromagnetic Induction has been asked in 14 of the 17 years of MHTCET papers analysed (2007–2026), with 226 questions in all. 46% of them were easy, 46% moderate and 8% tough. Most of its questions came from 2025, with 43 questions that year. In the last three years (2024–2026) it had 122 questions across 59 papers, about 2.1 per paper.

The chapter's 6 topics are not weighted equally: Self and Mutual Inductance (87 questions, 38%), Magnetic Flux, Faraday's and Lenz law (66 questions, 29%), and Inductance (33 questions, 15%) have been asked the most. Self and Mutual Inductance has also led over the last five years, with 70 questions. Self and Mutual Inductance has produced the most tough questions (8).

  1. 1A coil of effective area m is placed at right angles to a magnetic field of induction Wb/m . If the field is decreased to of its original va20 Apr, 2026 (M)Magnetic Flux, Faraday's and Lenz law
  2. 2The self inductance of an air-core inductor (solenoid) is mH. By introducing an iron core into inductor the self-inductance increases to mH.20 Apr, 2026 (M)Self and Mutual Inductance
  3. 3An aeroplane having a wing span of 30 m flies due north with the speed of 170 m/s. Magnetic field T. The potential difference between the ti20 Apr, 2026 (E)Motional and Rotational EMF
  4. 4A circular disc of radius 20 cm is placed in uniform magnetic field of induction in such a way that its axis makes an angle of with . The ma20 Apr, 2026 (E)Magnetic Flux, Faraday's and Lenz law
  5. 5Magnetic flux linked with the coil in weber is given by the equation . The e.m.f. induced in the coil in the second will be19 Apr, 2026 (M)Magnetic Flux, Faraday's and Lenz law
  6. 6Consider two coils in which a current in one coil carrying A causes the change in the flux in the second coil weber/turn. The second coil ha19 Apr, 2026 (M)Self and Mutual Inductance
  7. 7Two different coils have self-inductance and . The current in both the coils is increased at the same constant rate. At certain instant of t19 Apr, 2026 (M)Inductance
  8. 8The magnetic energy stored in an inductor of inductance carrying a current of A is19 Apr, 2026 (E)Inductance
  9. 9A solenoid is connected to a battery so that a steady current flows through it. If an iron core is inserted into the solenoid, then the curr19 Apr, 2026 (E)Self and Mutual Inductance
  10. 10Two coils P and S have a mutual inductance of ( ) mH. The secondary coil S has resistance and self inductance mH. If the current in the prim19 Apr, 2026 (E)Self and Mutual Inductance
  11. 11The magnetic potential energy stored in a certain inductor is when the current in the inductor is . The inductance of the inductor is18 Apr, 2026 (M)Inductance
  12. 12Two coils have a mutual inductance of . The current changes in the first coil according to equation , where and . The maximum values of e.m.18 Apr, 2026 (M)Self and Mutual Inductance
  13. 13In the circuit shown, when the current ' ' is and increasing at the rate of the measurement of the potential difference between A and B is .18 Apr, 2026 (M)LR Circuit
  14. 14The equivalent inductance between A and B is equal to18 Apr, 2026 (E)Inductance
  15. 15If current of 4 A produces magnetic flux of Wb through a coil of 400 turns, the energy stored in the coil will be18 Apr, 2026 (E)Inductance
  16. 16Two coils A and B have 180 and 360 turns respectively. The current of 1A flows through both the coils. Due to current of 1A in coil A, flux 18 Apr, 2026 (E)Self and Mutual Inductance
  17. 17Two coils have self inductance and . The current through them is increasing at constant rate. If the power dissipated in both the coils is s17 Apr, 2026 (M)Inductance
  18. 18Three coils of inductance, = 2 H, = 3 H and = 6 H are connected so that they are separated from each other. To obtain the effective inductan17 Apr, 2026 (M)Inductance
  19. 19A straight line conductor of length 0.4 m is moved with a speed of perpendicular to magnetic field of intensity . The induced e.m.f. across 17 Apr, 2026 (E)Motional and Rotational EMF
  20. 20Two coils having self-inductance mH and mH are coupled with each other. If the mutual inductance of the coils is 37.2 mH, then coefficient o17 Apr, 2026 (E)Self and Mutual Inductance
  21. 21Two planar concentric rings of metal wire having radii ' ' and ' ' (with ) are placed in air. The current 'I' is flowing through the coil of17 Apr, 2026 (E)Self and Mutual Inductance
  22. 22A metal rod of length 'L' completes the circuit as shown. The area of the circuit is perpendicular to magnetic field 'B'. Total resistance o16 Apr, 2026 (M)Motional and Rotational EMF
  23. 23In the given circuit, if then the value of at this instant will be16 Apr, 2026 (E)LR Circuit
  24. 24A graph of magnetic flux ( ) versus current (I) is shown for four inductors A, B, C, D. The smallest value of self inductance is for inducto16 Apr, 2026 (E)Self and Mutual Inductance
  25. 25A circular coil of radius 'r' is placed on another circular coil whose radius is 'R' and the current flowing through it is changing and thei16 Apr, 2026 (E)Self and Mutual Inductance
  26. 26A bar magnet falls from a height 'h' through a metal pipe, its acceleration after coming out of pipe is15 Apr, 2026 (M)Magnetic Flux, Faraday's and Lenz law
  27. 27The coefficient of mutual induction is H and induced e.m.f. across secondary is kV. Current in primary is reduced from A to A. The time requ15 Apr, 2026 (M)Self and Mutual Inductance
  28. 28A coil of 'n' turns and resistance is connected in series with a resistance . The combination is moved for time 't' second through flux to .15 Apr, 2026 (M)Magnetic Flux, Faraday's and Lenz law
  29. 29Two solenoids A and B of equal number of turns have their lengths and radii in the same ratio . The ratio of the self-inductance of solenoid15 Apr, 2026 (E)Self and Mutual Inductance
  30. 30Two concentric circular coils having radii and ( ) are placed co-axially with centres coinciding. The mutual inductance of the arrangement i15 Apr, 2026 (E)Self and Mutual Inductance
  31. 31Two coils P and Q have mutual inductance 'M' H. If the current in the coil P is , then the maximum value of e.m.f. induced in coil Q is13 Apr, 2026 (M)Self and Mutual Inductance
  32. 32The current flowing through the inductor of self inductance 'L' is continuously increasing at constant rate. The variation of induced e.m.f.13 Apr, 2026 (M)Self and Mutual Inductance
  33. 33A conducting loop of radius cm is placed perpendicular to a uniform magnetic field T. The magnetic field is decreased to zero in s at a stea13 Apr, 2026 (E)Magnetic Flux, Faraday's and Lenz law
  34. 34The following figure represents two bulbs and , resistor R and an inductor L. When the switch S is turned off, which of the following statem11 Apr, 2026 (M)LR Circuit
  35. 35A long rectangular conducting loop of width ' ' mass ' ' and resistance ' ' is placed partly in a perpendicular magnetic field ' '. With wha11 Apr, 2026 (M)Motional and Rotational EMF
  36. 36A square loop of area has a resistance of . The loop is placed in uniform magnetic field of magnitude T. The plane of the loop is perpendicu11 Apr, 2026 (M)Motional and Rotational EMF
  37. 37A coil having 'n' turns and resistance 'R' is connected with a galvanometer of resistance '2R'. This combination is moved in time 't' from f11 Apr, 2026 (E)Magnetic Flux, Faraday's and Lenz law
  38. 38Two inductors of 80 mH each are joined in parallel. The current passing through the combination is 2.1 A . The energy stored in this combina05 May, 2025 (E)Inductance
  39. 39A coil of effective area is placed at right angles to a magnetic field of induction . If the field is decreased to of its original value in 05 May, 2025 (E)Magnetic Flux, Faraday's and Lenz law
  40. 40A coil having ' N ' turns and resistance ' R ' is connected to a galvanometer of resistance '6R' . The magnetic flux linked with this coil c05 May, 2025 (E)Magnetic Flux, Faraday's and Lenz law
  41. 41The current flowing through an inductor of self-inductance ' L ' is continuously increasing at constant rate. The variation of induced e.m.f27 Apr, 2025 (E)Magnetic Flux, Faraday's and Lenz law
  42. 42Two identical coaxial circular loops carry current 'i' each circulating in the clockwise direction. If the loops are approaching each other,27 Apr, 2025 (E)Magnetic Flux, Faraday's and Lenz law
  43. 43When magnetic flux changes from to and the change in current is 0.03 A , the coefficient of mutual inductance will be26 Apr, 2025 (M)Self and Mutual Inductance
  44. 44Two circuits and are connected to identical d.c. sources each of e.m.f. 10 volt. Self-inductances of circuits and are respectively and . The26 Apr, 2025 (M)Inductance
  45. 45A magnetic field acts at right angles to a coil of area with 50 turns. The average e.m.f. induced in the coil is 0.1 V , when it is removed 26 Apr, 2025 (M)Magnetic Flux, Faraday's and Lenz law
  46. 46The plot of magnetic flux ' ' linked with the coil versus current ' ' is as shown in figure for two inductors and . The self inductance of26 Apr, 2025 (E)Self and Mutual Inductance
  47. 47A long rectangular conducting loop of width ' ', mass ' m ' and resistance ' R ' is placed partly in a perpendicular magnetic field ' B '. I26 Apr, 2025 (E)Motional and Rotational EMF
  48. 48Two coils P and Q are kept near each other. When no current flows through coil P and current increases in coil Q at the rate , the emf in co26 Apr, 2025 (E)Self and Mutual Inductance
  49. 49The equivalent inductance between A and B is equal to25 Apr, 2025 (M)Inductance
  50. 50A square of side ' ' metre lies in plane in a region where the magnetic field is and , where is constant. The magnitude of flux passing thro25 Apr, 2025 (M)Magnetic Flux, Faraday's and Lenz law

Frequently Asked Questions

1.How many questions are available for Electromagnetic Induction?

This chapter includes 226 questions compiled from MHTCET papers spanning 2007 to 2026.

2.Are these questions only from MHTCET, or from other exams too?

These are MHTCET questions specifically for the Electromagnetic Induction chapter. Questions from other exams like JEE Main or NTA Abhyas (JEE Main) are organised separately under their respective exam sections.

3.Is Electromagnetic Induction an important chapter for MHTCET Physics?

Electromagnetic Induction has appeared in 14 of the 17 years of MHTCET papers covered here, with 226 questions across 97 papers - about 2 per paper it appears in.

4.What is the difficulty level of Electromagnetic Induction questions in MHTCET?

Of the 226 questions analysed for this chapter, 46% are easy, 46% moderate and 8% tough. 2025 had the most, with 43 questions.

5.Which topics in Electromagnetic Induction should I focus on?

These topics have carried the most weightage in Electromagnetic Induction:

  • Self and Mutual Inductance - 87 questions (38%)
  • Magnetic Flux, Faraday's and Lenz law - 66 questions (29%)
  • Inductance - 33 questions (15%)
  • Self and Mutual Inductance has produced the most tough questions (8).
6.Is Electromagnetic Induction's weightage in MHTCET going up or down?

Across all 97 papers analysed, Electromagnetic Induction has averaged about 2.3 questions per paper. In the last three years (2024–2026), that average has stayed about the same, at about 2.1 questions per paper. Use the year-wise numbers on this page for the exact trend before you decide how much time to give it.