SHUBHANGI MAHAJAN
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SHUBHANGI MAHAJANEnlightened
Asked: June 20, 20222022-06-20T17:35:23+05:30 2022-06-20T17:35:23+05:30In:

.What is the relation of the copper loss and brush contacts with the total loss in universal commutator motors? a) copper loss and brush contacts = total loss b) copper loss and brush contacts = total loss/2 c) copper loss and brush contacts = total loss * 2 d) copper loss and brush contacts = total loss * 3

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.What is the relation of the copper loss and brush contacts with the total loss in universal commutator motors? a) copper loss and brush contacts = total loss b) copper loss and brush contacts = total loss/2 c) copper loss and brush contacts = total loss * 2 d) copper loss and brush contacts = total loss * 3

    14 Answers

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    1. [Deleted User]
      2022-06-22T15:59:56+05:30Added an answer on June 22, 2022 at 3:59 pm

      Answer: b Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

      Answer: b
      Explanation: The copper loss and brush contact loss is being compared with the total
      loss in order to deduce equations. The copper loss and brush contact loss is half the
      total loss.

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      2. #
    2. IRFAN IRFAN Enlightened
      2022-06-23T12:35:10+05:30Added an answer on June 23, 2022 at 12:35 pm

      b Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

      b
      Explanation: The copper loss and brush contact loss is being compared with the total
      loss in order to deduce equations. The copper loss and brush contact loss is half the
      total loss.

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      3. #
    3. HARSH SAINI Expert
      2022-06-23T12:52:36+05:30Added an answer on June 23, 2022 at 12:52 pm

      B Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss

      B
      Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss

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      4. #
    4. EKTA SENGAR Expert
      2022-06-24T20:34:17+05:30Added an answer on June 24, 2022 at 8:34 pm

      Answer: b Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

      Answer: b
      Explanation: The copper loss and brush contact loss is being compared with the total
      loss in order to deduce equations. The copper loss and brush contact loss is half the
      total loss.

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      5. #
    5. Vipul kumar Enlightened
      2022-06-24T21:15:24+05:30Added an answer on June 24, 2022 at 9:15 pm

      b) Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

      b)
      Explanation: The copper loss and brush contact loss is being compared with the total
      loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

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      6. #
    6. PRADEEP DANGI Enlightened
      2022-07-02T13:59:24+05:30Added an answer on July 2, 2022 at 1:59 pm

      b Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss

      b

      Explanation: The copper loss and brush contact loss is being compared with the total

      loss in order to deduce equations. The copper loss and brush contact loss is half the

      total loss

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      7. #
    7. Shikhar Goel Beginner
      2022-08-21T20:30:12+05:30Added an answer on August 21, 2022 at 8:30 pm

      b Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

      b
      Explanation: The copper loss and brush contact loss is being compared with the total
      loss in order to deduce equations. The copper loss and brush contact loss is half the
      total loss.

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      8. #
    8. RUCHI Bhardwaj Enlightened
      2022-08-30T13:53:17+05:30Added an answer on August 30, 2022 at 1:53 pm

      The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

      The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

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      9. #
    9. neeraj kumar Enlightened
      2022-09-09T18:43:56+05:30Added an answer on September 9, 2022 at 6:43 pm

      Answer: b Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

      Answer: b

      Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

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      10. #
    10. Manish Gupta Explainer
      2022-09-13T12:58:32+05:30Added an answer on September 13, 2022 at 12:58 pm

      copper loss and brush contacts = total loss/2

      copper loss and brush contacts = total loss/2

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      11. #
    11. Manish Anand Enlightened
      2022-09-23T10:51:58+05:30Added an answer on September 23, 2022 at 10:51 am

      B. Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

      B.

      Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

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      12. #
    12. safiya siddqua Beginner
      2022-10-29T16:00:23+05:30Added an answer on October 29, 2022 at 4:00 pm

      b Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce an equation. The copper loss and brush contact loss is 2/3 times the total loss.

      b
      Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce an equation. The copper loss and brush contact loss is 2/3 times the total loss.

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      13. #
    13. Umme Aiman Shariff Expert
      2022-10-31T14:51:42+05:30Added an answer on October 31, 2022 at 2:51 pm

      B Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.  

      B

      Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

       

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      14. #
    14. sheweta Singh Expert
      2022-11-13T18:15:13+05:30Added an answer on November 13, 2022 at 6:15 pm

      b Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

      b
      Explanation:

      The copper loss and brush contact loss is being compared with the total
      loss in order to deduce equations. The copper loss and brush contact loss is half the
      total loss.

      See less
      • 0

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