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The total power developed in the circuit, if Vo = 125 V is
- a)0 watt
- b)4000 watts
- c)8000 watts
- d)16000 watts
Correct answer is option 'A'. Can you explain this answer?
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Most Upvoted Answer
The total power developed in the circuit, if Vo = 125 V isa)0 wat...
Concept:
According to Tellegen’s theorem, the summation of instantaneous powers for the n number of branches in an electrical network is zero.
Let n number of branches in an electrical network have I1, I2, I3, ….. In respective instantaneous currents through them.
These branches have instantaneous voltages across them are V1, V2, V3, ….. Vn respectively.
According to Tellegen’s theorem,
It is based on the conservation of energy.
It is applicable to both linear and non-linear circuits.
Analysis:
By applying Tellegen's theorem we can see that the net power developed in the circuit of the question = 0 watt
According to Tellegen’s theorem, the summation of instantaneous powers for the n number of branches in an electrical network is zero.
Let n number of branches in an electrical network have I1, I2, I3, ….. In respective instantaneous currents through them.
These branches have instantaneous voltages across them are V1, V2, V3, ….. Vn respectively.
According to Tellegen’s theorem,
It is based on the conservation of energy.
It is applicable to both linear and non-linear circuits.
Analysis:
By applying Tellegen's theorem we can see that the net power developed in the circuit of the question = 0 watt
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Community Answer
The total power developed in the circuit, if Vo = 125 V isa)0 wat...
Concept:
According to Tellegen’s theorem, the summation of instantaneous powers for the n number of branches in an electrical network is zero.
Let n number of branches in an electrical network have I1, I2, I3, ….. In respective instantaneous currents through them.
These branches have instantaneous voltages across them are V1, V2, V3, ….. Vn respectively.
According to Tellegen’s theorem,
It is based on the conservation of energy.
It is applicable to both linear and non-linear circuits.
Analysis:
By applying Tellegen's theorem we can see that the net power developed in the circuit of the question = 0 watt
According to Tellegen’s theorem, the summation of instantaneous powers for the n number of branches in an electrical network is zero.
Let n number of branches in an electrical network have I1, I2, I3, ….. In respective instantaneous currents through them.
These branches have instantaneous voltages across them are V1, V2, V3, ….. Vn respectively.
According to Tellegen’s theorem,
It is based on the conservation of energy.
It is applicable to both linear and non-linear circuits.
Analysis:
By applying Tellegen's theorem we can see that the net power developed in the circuit of the question = 0 watt
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The total power developed in the circuit, if Vo = 125 V isa)0 wattb)4000 wattsc)8000 wattsd)16000 wattsCorrect answer is option 'A'. Can you explain this answer?
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