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AC Circuit Physics Mocktest Mhtcet

For those students preparing for Mhtcet 2023, it is important to fully understand the principles of AC Circuit. To ensure that you are ready to the best of your ability, it is a great idea to take a practice test of the AC Circuit chapter of physics. Not only does this allow you to become familiar with the topics, it also gives you an opportunity to learn and apply the material in a simulated environment. Additionally, if you get stuck on a particular topic or question, you can consult your notes or review material for clarifications. AC Circuit Physics Mocktest Mhtcet.

Here are the Subtopics of AC (Alternate Current) Circuit Physics for Mhtcet 2023
  • AC Generator
  • Average and RMS values
  • Phasors
  • Different types of AC circuits
  • Power in AC circuit
  • LC Oscillations
  • Electric Resonance
  • Sharpness of Resonance: Q-factor
  • Choke coil


#1. The standard voltage of AC mains in India is

#2. Alternating current can be produced by

#3. Alternating current can be measured with the help of

#4. DC ammeter is connected in a circuit through which an AC of 50 Hz is flowing. the ammeter will read

#5. An electric lamp is connected to 220 v 50 Hz supply then the peak value of voltages

#6. In an AC current peak value of voltage is 423 Volt its effective voltages

#7. In a simple C current containing resistance, the current

#8. The opposition offered by capacitance to flow of AC current through it is

#9. The reactants of a circuit is zero, it is possible that the circuit contains

#10. With an increase in the frequency of an AC supply the inductive reactance

#11. The angular frequency of AC at which one Mh inductor has a resistance of one ohm is

#12. The impedance of a 50 micro farad capacitor of 50 Hz AC is

#13. Wattless current is a current flowing through a

#14. An inductor May store energy in

#15. Electrical oscillations of desired frequency can be obtained by

#16. When a capacitor connected with coil is completely discharged, then

#17. The oscillator in LC current is produced due to

#18. In series resonance, LCR circuit, below the resonant frequency the circuit is

#19. The parallel resonance circuit is called as

#20. In digital circuit, above resonant frequency the circuit is


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