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Two inductors having self inductances L1, L2 and mutual inductance M are arranged in parallel combination as shown in the diagram. The sense of the helix is same for both the inductors.
  • a)
    The effective inductane of the combination will be irrespective of the value of M.
  • b)
    If the separation between the coils is large then the effective inductance of the combination will be close to because then M will becomes negligible.
  • c)
    Effective inductance of the combination is
  • d)
    Effective inductance of the parallel combination is
Correct answer is option 'B,C'. Can you explain this answer?
Most Upvoted Answer
Two inductors having self inductances L1, L2 and mutual inductance M ...
The effective circuit is shown in the diagram.
Applying Kirchhoff's loop law equations, we get
Solving these we get,
Solving these we get,
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Community Answer
Two inductors having self inductances L1, L2 and mutual inductance M ...
The effective circuit is shown in the diagram.
Applying Kirchhoff's loop law equations, we get
Solving these we get,
Solving these we get,
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Two inductors having self inductances L1, L2 and mutual inductance M are arranged in parallel combination as shown in the diagram. The sense of the helix is same for both the inductors.a)The effective inductane of the combination will be irrespective of the value of M.b)If the separation between the coils is large then the effective inductance of the combination will be close to because then M will becomes negligible.c)Effective inductance of the combination is d)Effective inductance of the parallel combination is Correct answer is option 'B,C'. Can you explain this answer?
Question Description
Two inductors having self inductances L1, L2 and mutual inductance M are arranged in parallel combination as shown in the diagram. The sense of the helix is same for both the inductors.a)The effective inductane of the combination will be irrespective of the value of M.b)If the separation between the coils is large then the effective inductance of the combination will be close to because then M will becomes negligible.c)Effective inductance of the combination is d)Effective inductance of the parallel combination is Correct answer is option 'B,C'. Can you explain this answer? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about Two inductors having self inductances L1, L2 and mutual inductance M are arranged in parallel combination as shown in the diagram. The sense of the helix is same for both the inductors.a)The effective inductane of the combination will be irrespective of the value of M.b)If the separation between the coils is large then the effective inductance of the combination will be close to because then M will becomes negligible.c)Effective inductance of the combination is d)Effective inductance of the parallel combination is Correct answer is option 'B,C'. Can you explain this answer? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two inductors having self inductances L1, L2 and mutual inductance M are arranged in parallel combination as shown in the diagram. The sense of the helix is same for both the inductors.a)The effective inductane of the combination will be irrespective of the value of M.b)If the separation between the coils is large then the effective inductance of the combination will be close to because then M will becomes negligible.c)Effective inductance of the combination is d)Effective inductance of the parallel combination is Correct answer is option 'B,C'. Can you explain this answer?.
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