A 200 ohm resistor and 1 H inductor are joined in series with an ac source of emf 10 root 2 sin(200 t) V. calculate the phase difference between emf and current.

Sahay Sir > Question Answers > A 200 ohm resistor and 1 H inductor are joined in series with an ac source of emf 10 root 2 sin(200 t) V. calculate the phase difference between emf and current.
A 200 ohm resistor and 1 H inductor are joined in series with an ac source of emf 10 root 2 sin(200 t) V. calculate the phase difference between emf and current.
08
Sep
A 200 ohm resistor and 1 H inductor are joined in series with an ac source of emf 10 root 2 sin(200 t) V. calculate the phase difference between emf and current. A 200 ohm resistor and 1 H inductor are joined in series with an ac source of emf 10 root 2 sin(200 t) [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: A 200 ohm resistor and 1 H inductor are joined in series with an ac source of emf 10 root 2 sin(200 t) V. calculate the phase difference between emf and current. ,