Ac Generator MCQ Quiz

  1. When a coil rotated in magnetic field the induced current in it -
  2. Metal detectors installed at airports and other places for security purpose are based on the principle of -
  3. In alternative current generator, AC current reverses its direction -
  4. What Are The Two Main Parts Of An Ac Generator?
  5. AC Generator converts ____________
  6. Which of following is not a components of an AC generator
  7. What determines the frequency of a.c. produced by a generator?
  8. An electric generator that converts mechanical energy into electrical energy in form of alternative emf or alternating current is callled -
  9. AC generator works on the principle of Electromagnetic Induction.
  10. An Ac generator consists of __________________ poles.
  11. What replacement is required to convert an AC generator to DC generator?
  12. What determines the frequency of a.c. produced by a generator?
  13. In AC Generator there is also a coil which is ________________ in shape that is the armature.
  14. In AC Generator the slip rings are made of ____________ and are insulated from each other.
Ac Generator MCQ

Take Ac Generator Quiz To test your Knowledge

Below is the list of Ac Generator MCQ test that checks your basic knowledge of Ac Generator. This Ac Generator Test contains around 20 questions of multiple choice with 4 options. You have to select the right answer to a question. You can see the correct answer by clicking the view answer link.

  • remains same
  • becomes zero
  • becomes maximum
  • continuously changes
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  • electromagnetic induction
  • electromagnetic difference
  • potential difference
  • potential energy
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  • 10 times per second
  • 20 times per second
  • 50 times per second
  • 40 times per second
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  • Stator
  • Rotor
  • Both 1 & 2
  • None of these
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  • Mechanical energy to electrical energy
  • Electrical energy to Mechanical energy
  • Electro energy to Mechanical energy
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  • The number of rotations of coil in one-second
  • A speed of rotation coil
  • Both A and B
  • None of the these
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  • Concave magnets with horseshoe magnet
  • Armature with coil
  • Slip rings with split rings
  • None of the Above
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  • A speed of rotation coil
  • The number of rotations of coil in one-second
  • Both 1 & 2
  • None of These
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  • the number of turns in the coil.
  • the number of turns in the coil.
  • strength of the field.
  • All of the above
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  • fleming's left hand rule
  • Fleming’s right-hand rule
  • Faraday's law of electromagnetic induction
  • None of These
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  • Smaller conductors can be used
  • Magnetic losses are minimised
  • Higher terminal voltage is obtained
  • Less turns of wire are required
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  • higher terminal voltage is obtained
  • small conductors can be used
  • less turns of wire are required
  • magnetic losses are the minimum
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