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pooja Reddy
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Asked: 2023-04-27T07:56:14+00:00 In:

When maximum values of the design factors are considered, what is the relation between flux and the magnetizing current? a) flux is directly proportional to the magnetizing current b) flux is indirectly proportional to the magnetizing current c) flux is directly proportional to square of the magnetizing current d) flux is indirectly proportional to square of the magnetizing current

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When maximum values of the design factors are considered, what is the relation between flux and the magnetizing current? a) flux is directly proportional to the magnetizing current b) flux is indirectly proportional to the magnetizing current c) flux is directly proportional to square of the magnetizing current d) flux is indirectly proportional to square of the magnetizing current
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    22 Answers

    1. b) flux is indirectly proportional to the magnetizing current

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    3. b) flux is indirectly proportional to the magnetizing current

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    4. b) flux is indirectly proportional to the magnetizing current

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    6. B. Flux is indirectly proportional to the magnetizing current

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    7. b) flux is indirectly proportional to the magnetizing current

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    9. B.

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    10. B. Flux is indirectly proportional to the magnetizing current

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    12. B. Flux is indirectly proportional to magnetizing current

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    13. B. Flux is indirectly proportional to magnetizing current

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    15. B

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    16. Answer: b

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    18. Answer: b
      Explanation: The flux value is indirectly proportional to the magnetizing current. The flux is too small or rather the magnetizing current becomes high.

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    19. Answer: b
      Explanation: The flux value is indirectly proportional to the magnetizing current. The flux is too small or rather the magnetizing current becomes high.

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    21. flux is indirectly proportional to the magnetizing current

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    22. flux is indirectly proportional to the magnetizing current

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    24. (b) flux is indirectly proportional to the magnetizing current

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    25. b) flux is indirectly proportional to the magnetizing current

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    27. Answer: b

      Explanation: The flux value is indirectly proportional to the magnetizing current. The flux is too small or rather the magnetizing current becomes high.

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    28. b) flux is indirectly proportional to the magnetizing current

      Explanation: The flux value is indirectly proportional to the magnetizing current. The flux is too small or rather the magnetizing current becomes high.

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    30. Answer: b Explanation: The flux value is indirectly proportional to the magnetizing current. The flux is too small or rather the magnetizing current becomes high.

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    31. Answer: b
      Explanation: The flux value is indirectly proportional to the magnetizing current. The flux is too small or rather the magnetizing current becomes high.

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    33. b) flux is indirectly proportional to the magnetizing current

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