What factors affect the induced voltage in an induction circuit?

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Induced voltage in an induction circuit is influenced by the rate of change of current and the characteristics of the inductor. In a parallel R-L circuit, if the inductor in one branch opens, the voltage across that branch is expected to remain constant due to the voltage generator. However, without specific details or a diagram, it is difficult to determine the exact behavior of the circuit. Assuming a perfect inductor, the resistance would be zero, leading to theoretically infinite current and induced voltage. More information is needed for a definitive answer.
Osnel Jr
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In a 2 Branch parallel r l circuit what would the voltage across the branch 2 to do if the inductor in branch 2 opens?
I'm thinking it would stay the same. Any answers?
 
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Osnel Jr said:
Summary:: In a 2 Branch parallel r l circuit what would the voltage across the branch 2 to do if the inductor in branch 2 opens?

I'm thinking it would stay the same. Any answers?
Do you have a diagram to help us figure out what you are asking about? Is this for schoolwork?
 
Assuming a voltage generator, the voltage stays the same irrespective of load.
 
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The induced voltage across the L will depend on the rate of change of current. There's not enough information to know that unless you assume that the Inductor is perfect. If it is perfect then it resistance would be zero so the standing current would be infinite and the induced voltage would be infinite too.
So your circuit description doesn't give us a possible answer - a diagram may help resolve this.
 
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