Question

Rohan inserted two electrodes into a half-cut Mausami fruit and connected them to a battery. He also connected an electric bulb into the setup. If the switch is turned on, will the bulb glow? Why or why not?

A. Yes, the bulb will glow because the fruit acts as a conductor of electricity.
B. No, the bulb will not glow because the fruit is an insulator.
C. Yes, the bulb will glow because the fruit acts as a resistor.
D. No, the bulb will not glow because the fruit does not conduct electricity.

Answer 1

Yes, the bulb will glow since a Mausami fruit contains electrolytes that act as a conductor of electricity, enabling current to flow through and light up the bulb.

Step-by-step explanation:

If Rohan inserted two electrodes into a half-cut Mausami fruit and connected them to a battery and an electric bulb, the correct answer to whether the bulb will glow when the switch is turned on is A. Yes, the bulb will glow because the fruit acts as a conductor of electricity. This is because the Mausami fruit contains electrolytes, which are ionic solutions that can conduct electricity. When the electrodes are inserted into the fruit and connected to a battery, the fruit's electrolytes allow current to flow through the circuit, which in turn lights up the bulb. The fruit, in this case, acts like a resistor as it offers some resistance to the flow of electricity but still permits the passage of electrical current sufficient to illuminate a light bulb.