In a series L–C–R circuit, voltages across inductor, capacitor, and resistor are V_(L), V_(C ) and V_(R ) respectively. What is the phase difference between (i) V_(L) and V_(R ) (ii) V_(L) and V_(C ) ?

In a series L–C–R circuit, voltages across inductor, capacitor, an

1.	In a series L–C–R circuit, voltages across inductor, capacitor, and resistor are V_(L), V_(C ) and V_(R ) respectively. What is the phase difference between (i) V_(L) and V_(R ) (ii) V_(L) and V_(C ) ?
Answer» SOLUTION :(i) `PI/2` (II) `pi`

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In a series L–C–R circuit, voltages across inductor, capacitor, and resistor are V_(L), V_(C ) and V_(R ) respectively. What is the phase difference between (i) V_(L) and V_(R ) (ii) V_(L) and V_(C ) ?

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