replace the galvanometer With a torch bullb and repeat the experiment . explain the variation in the glow of the bulb with position ok jockey on the wire AC.
When a galvanometer is replaced with a torch bulb, the bulb will glow more brightly when the jockey is in a certain position on the wire. This is because the current flowing through the circuit is at its maximum at this position. As the jockey is moved along the wire, the bulb's glow will change, becoming dimmer as the current flowing through the circuit decreases. Was it useful
Replacing the galvanometer with a torch bulb in an experiment involving a jockey on wire AC will likely result in variations in bulb glow based on the jockey's position. As the jockey moves along the wire, it changes the resistance in the circuit. This variation in resistance affects the current flowing through the circuit, influencing the brightness of the torch bulb. Brighter glow may indicate higher current, while a dimmer glow suggests lower current. This phenomenon is due to the relationship between resistance, current, and the bulb's brightness in an electrical circuit.
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Explanation:
When a galvanometer is replaced with a torch bulb, the bulb will glow more brightly when the jockey is in a certain position on the wire. This is because the current flowing through the circuit is at its maximum at this position. As the jockey is moved along the wire, the bulb's glow will change, becoming dimmer as the current flowing through the circuit decreases. Was it useful
Answer:
Replacing the galvanometer with a torch bulb in an experiment involving a jockey on wire AC will likely result in variations in bulb glow based on the jockey's position. As the jockey moves along the wire, it changes the resistance in the circuit. This variation in resistance affects the current flowing through the circuit, influencing the brightness of the torch bulb. Brighter glow may indicate higher current, while a dimmer glow suggests lower current. This phenomenon is due to the relationship between resistance, current, and the bulb's brightness in an electrical circuit.
Explanation:
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