What is the function of the leakage flux? a) contributes to the transfer of energy b) contributes to the conversion of energy c) contributes to both the conversion of energy and transfer of energy d) does not contributes to the conversion or transfer of energy
What is the function of the leakage flux? a) contributes to the transfer of energy b) contributes to the conversion of energy c) contributes to both the conversion of energy and transfer of energy d) does not contributes to the conversion or transfer of energy
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d) does not contributes to the conversion or transfer of energy
d) does not contributes to the conversion or transfer of energy
d) does not contributes to the conversion or transfer of energy
d) does not contributes to the conversion or transfer of energy
Answer: d
Explanation: The leakage flux produced due to the low reluctance path does not transfer
the energy produced. The leakage flux also does not convert the energy in the system.
Answer: d
Answer: d
Explanation: The leakage flux produced due to the low reluctance path does not transfer the energy produced. The leakage flux also does not convert the energy in the system
Answer: d
Explanation: The leakage flux produced due to the low reluctance path does not transfer
the energy produced. The leakage flux also does not convert the energy in the system.
Answer: d
Explanation: The leakage flux produced due to the low reluctance path does not transfer
the energy produced. The leakage flux also does not convert the energy in the system.
does not contributes to the conversion or transfer of energy
d) does not contributes to the conversion or transfer of energy
Answer: d
Explanation: The leakage flux produced due to the low reluctance path does not transfer
the energy produced. The leakage flux also does not convert the energy in the system.
Answer: d
Explanation: The leakage flux produced due to the low reluctance path does not transfer the energy produced. The leakage flux also does not convert the energy in the system
(d) does not contributes to the conversion or transfer of energy
d) does not contributes to the conversion or transfer of energy
d) does not contributes to the conversion or transfer of energy
Answer: d
Explanation: The leakage flux produced due to the low reluctance path does not transfer the energy produced. The leakage flux also does not convert the energy in the system.
does not contributes to the conversion or transfer of energy
does not contributes to the conversion or transfer of energy
d) does not contributes to the conversion or transfer of energy
d) does not contributes to the conversion or transfer of energy
Answer: d
Explanation: The leakage flux produced due to the low reluctance path does not transfer
the energy produced. The leakage flux also does not convert the energy in the system.
d) does not contributes to the conversion or transfer of energy