What is the phase relation between 'e' and I' for capacitive circuit.
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Answer:
e lags I for a capacitive circuit
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Current leads with emf in other words emf lags with current
Explanation:
We have given emf e and current i
For capacitive circuit current always leads to voltage in other words we can say that voltage lag with the current
If the circuit is purely capacitive then there will be a phase difference of 90 degree between emf and current and is the circuit will be capacitive resistive then emf lags with some angle from current.
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An alternating voltage v=v0sinwt is applied across a capacitor c. Obtain an expression for (i)circuit current (ii)capacitive reactance (iii) phase relation between current and voltage
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