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A coupling magnetic field inside a rotating machine or static machine like transformers must involve with
  • a)
    both electrical and mechanical
  • b)
    electrical parts
  • c)
    mechanical parts 
  • d)
    either of the electrical or mechanical parts
Correct answer is option 'A'. Can you explain this answer?
Most Upvoted Answer
A coupling magnetic field inside a rotating machine or static machine ...
  • A coupling magnetic field inside a rotating machine or a static machine like transformers must involve both electrical and mechanical components. In these machines, the magnetic field is responsible for coupling electrical energy and transforming it into mechanical energy (in the case of motors) or vice versa (in the case of generators).
  • In rotating machines such as electric motors or generators, the interaction between the magnetic fields and the conductive coils is essential to convert electrical energy into mechanical energy or vice versa. This process involves both electrical and mechanical components.
  • Similarly, in transformers, the magnetic field coupling between the primary and secondary windings is crucial for the transfer of electrical energy from one coil to another. Again, this involves both electrical and mechanical aspects of the system.
  • Hence, the correct answer is A: both electrical and mechanical.
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A coupling magnetic field inside a rotating machine or static machine like transformers must involve witha)both electrical and mechanicalb)electrical partsc)mechanical partsd)either of the electrical or mechanical partsCorrect answer is option 'A'. Can you explain this answer?
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