Answer the following questions :
Fig shows an inductor L and a resistance R connected in parallel to battery through a switch. The resistance of R is the same as that of the coil that makes L. Two identical bulbs are put in each arm of the circuit. (i) Which of the bulb be equally bright after some time ?

Figure shows an inductor L and a resistor R connected in parallel to a battery through a switch. The resistance R is the same as that of the coil L. Two identical bulbs are put in each arm of the circuit? (i) Which of the bulb lights up earlier when switch S is closed? (ii) Will the bulbs be equally bright after some time?

An inductor L and a resistor R are connected in series to a battery, through a key/switch. Show graphically, how current decreases with time when the key/switch is opened.

Answer the following question: Two discimilar bulbs are connected in series. Which bulb will be brighter? (Hint: Consider the resistance of the bulb)

An inductor L , a resistanece R and two identical bulbs, B_(1) and B_(2) are connected to a battery through a switch S as shown in the figure. The resistance R is the samem as that of the coil that makes L .Which of the following statement gives the correct description of the happenings when the switch S is closed

A solenoid L and a resistor R are connected in series to a battery, through a switch. When the switch is put on, current I flowing through it varies with time t as shown in which of the graphs given below : **

Two identical bulbs of equal power are connected in parallel and they totally consume 110W at 220V .The resistances of each bulb is

Two identical bulbs of equal power are connected in parallel and they totally consume 110W at 220V . The resistances of each bulb is

Two identical bulbs of equal power are connected in parallel and they totally consume 110W at 220V . The resistances of each bulb is

A pure inductor L , a capactior C and a resistance R are connected across a battery of emf E and internal resistance r as shows in Fig. Switch S_(W) is closed at t = 0 , select the correct altermative (S).