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The voltage of a neon lamp typically ranges from 80 to 120 volts for it to operate effectively. Neon lamps require a higher voltage to ionize the gas inside and produce the characteristic glowing light.
The voltage drop across each lamp would decrease as you add more lamps to a series circuit. This is because the total voltage in the circuit is divided evenly among the lamps, so each lamp receives less voltage as more are added.
Using a 4.5V lamp in a 3.0V flashlight can potentially damage both the lamp and the flashlight. The higher voltage could cause the lamp to overheat and burn out prematurely. It's best to use the appropriate voltage rating for both the lamp and the flashlight to ensure optimal performance and longevity.
A capacitor in a fluorescent lamp helps to provide a stable voltage to the lamp's ballast, ensuring proper operation of the lamp. It also helps to improve the power factor of the lamp, making it more energy efficient.
Yes, single slit diffraction can be observed using a mercury lamp as the light source. When light from a mercury lamp passes through a narrow slit, it diffraction occurs, causing the light to spread out and create an interference pattern. This effect is commonly seen in physics demonstrations and labs.