A series circuit consists of three bulbs connected to a battery as shown. When switch `S` is closed, what happens to (a) Power consumed in bulb `X` and `Y` (b) Power consumed in bulb `Z` (c ) the current in the circuit (d) the voltage drop across three bulbs and (e) the power consumed in circuit?

A series circuit consists of three identical lamps connected to a battery as shown in Fig. 7.13 . when the switch S is closed, what happens (a) to the intensities of lamps A and B , (b) to the intensity of lamp C , ( c ) to the current in the circuit , and (d) to the voltage drop across the three lamps ? Does the power dissipated in the circuit increase, decrease, or remain the same ?

A circuit consists of three identical lamps connected to a battery as shown in figure. When the switch S is closed then the intensities of lamps A and B

A circuit consists of three identical lamps connected to a battery as shown in the figure. When the switch S is closed then the intensities of lamps A and B

Three identical bulb are connected as shown in figure . When switch S is closed, the power consumed in bulb B is P . What will be the power consumed by the same bulb when switch S is opened ?

The given figure shows a circuit with a cell connected to a bulb and a switch. When the switch is closed, the bulb lights up because the

The given figure shows a circuit with a cell connected to a bulb and a switch. When the switch is closed, the bulb lights up because the

Three identical bulbs P, Q and R are connected to a battery as shown in the figure. When the circuit is closed.

Four identical bulbs each rated 100 watt, 220 volts are connected across a battery as shown. The total electric power consumed by the bulbs is:

Three bulbs A, B, C are connected in a circuit as shown in Figure 14.2. When the switch is ‘ON’

A 220 volt, 1000 watt bulb is connected across a 110 volt mains supply. What is the power consumed in the circuit ?