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imran
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Asked: 2023-05-01T01:04:11+00:00 In:

What is the relation between reluctance, flux and mmf of the machine? a) low reluctance, less flux leakage, high mmf b) low reluctance, high flux leakage, high mmf c) high reluctance, high flux leakage, low mmf d) high reluctance, less flux linkage, high mmf

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What is the relation between reluctance, flux and mmf of the machine? a) low reluctance, less flux leakage, high mmf b) low reluctance, high flux leakage, high mmf c) high reluctance, high flux leakage, low mmf d) high reluctance, less flux linkage, high mmf
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    26 Answers

    1. a) low reluctance, less flux leakage, high mmf

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    3. a) low reluctance, less flux leakage, high mmf

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    4. a) low reluctance, less flux leakage, high mmf

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    6. a) low reluctance, less flux leakage, high mmf

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    7. a) low reluctance, less flux leakage, high mm

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    9. Answer: a

      Explanation: The designer’s problem is to provide a path of low reluctance to that of

      comparatively little flux leaks away. In order to compensate for the flux leakage, high

      mmf is maintained.

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    10. Answer: a

       

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    12. Answer: a
      Explanation: The designer’s problem is to provide a path of low reluctance to that of comparatively little flux leaks away. In order to compensate for the flux leakage, high mmf is maintained.

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    13. Answer: a
      Explanation: The designer’s problem is to provide a path of low reluctance to that of
      comparatively little flux leaks away. In order to compensate for the flux leakage, high
      mmf is maintained.

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    15. low reluctance, less flux leakage, high mmf

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    16. a) low reluctance, less flux leakage, high mmf

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    18. Answer: a
      Explanation: The designer’s problem is to provide a path of low reluctance to that of
      comparatively little flux leaks away. In order to compensate for the flux leakage, high
      mmf is maintained.

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    19. Answer: a

      Explanation: The designer’s problem is to provide a path of low reluctance to that of comparatively little flux leaks away. In order to compensate for the flux leakage, high mmf is maintained

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    21. (a) low reluctance, less flux leakage, high mmf

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    22. a) low reluctance, less flux leakage, high mmf

       

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    24. a) low reluctance, less flux leakage, high mmf

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    25. a) low reluctance, less flux leakage, high mmf

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    27. a) low reluctance, less flux leakage, high mmf

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    28. a) low reluctance, less flux leakage, high mmf

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    30. Answer: a

      Explanation: The designer’s problem is to provide a path of low reluctance to that of comparatively little flux leaks away. In order to compensate for the flux leakage, high mmf is maintained.

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    31. low reluctance, less flux leakage, high mmf

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    33. low reluctance, less flux leakage, high mmf

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    34. a) low reluctance, less flux leakage, high mmf

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      • low reluctance, less flux leakage, high mmf
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    37. a) low reluctance, less flux leakage, high mmf

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    39. Answer: a

      Explanation: The designer’s problem is to provide a path of low reluctance to that of

      comparatively little flux leaks away. In order to compensate for the flux leakage, high

      mmf is maintained.

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