What is the formula of the effective permeance of conductor portion? a) effective permeance of conductor portion = 1/total flux linkages * total turns * total mmf b) effective permeance of conductor portion = total flux linkages / total turns * total mmf c) effective permeance of conductor portion = total flux linkages * total turns * total mmf d) effective permeance of conductor portion = total flux linkages * total turns / total mmf
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Answer: b Explanation: The total flux linkages, total turns and total mmf is first calculated. On substitution the effective permeance of conductor portion is obtained.
Answer: b
See lessExplanation: The total flux linkages, total turns and total mmf is first calculated. On
substitution the effective permeance of conductor portion is obtained.
Answer: b Explanation: The total flux linkages, total turns and total mmf is first calculated. On substitution the effective permeance of conductor portion is obtained.
Answer: b
See lessExplanation: The total flux linkages, total turns and total mmf is first calculated. On
substitution the effective permeance of conductor portion is obtained.
b Explanation: The total flux linkages, total turns and total mm is first calculated. On substitution the effective permeance of conductor portion is obtained.
b
See lessExplanation: The total flux linkages, total turns and total mm is first calculated. On
substitution the effective permeance of conductor portion is obtained.
Answer: b Explanation: The total flux linkages, total turns and total mmf is first calculated. On substitution the effective permeance of conductor portion is obtained
Answer: b
See lessExplanation: The total flux linkages, total turns and total mmf is first calculated. On
substitution the effective permeance of conductor portion is obtained
b) Explanation: The total flux linkages, total turns and total mmf is first calculated. On substitution the effective permeance of conductor portion is obtained.
b)
See lessExplanation: The total flux linkages, total turns and total mmf is first calculated. On substitution the effective permeance of conductor portion is obtained.
Answer: b Explanation: The total flux linkages, total turns and total mmf is first calculated. On substitution the effective permeance of conductor portion is obtained.
Answer: b
See lessExplanation: The total flux linkages, total turns and total mmf is first calculated. On
substitution the effective permeance of conductor portion is obtained.