What will happen if DC power is applied to AC bulb? This is a question that many people have asked themselves at one point or another. The answer is fairly simple: nothing really happens. DC and AC power are fundamentally different, and as such, one cannot be used in place of the other.
AC power is the kind of power that is commonly used in our homes to power all of our electrical devices. AC stands for alternating current, which means that the direction of the current changes back and forth many times per second. This is why AC power is referred to as a "wave," as it oscillates back and forth in a regular pattern.
DC power, on the other hand, stands for direct current. This kind of power flows in only one direction. While it is used in some devices, such as batteries, it is not suitable for many of the devices that we use in our daily lives, since many devices require AC power to function properly.
So, if you were to apply DC power to an AC bulb, nothing would happen. This is because the bulb is designed to work with AC power only; it is not designed to work with DC power. If you were to attach a DC power source to the bulb, the bulb would simply remain off.
The reason for this is that AC bulbs work by using a filament that is heated up by the current flowing through it. The current flows back and forth many times per second, heating up the filament and causing it to produce light. DC power cannot create this oscillating current, and as such, the filament would not heat up properly.
In short, if you want to use an AC bulb, you need to use AC power. If you want to use DC power, you need to find devices that are designed to work with DC power. Mixing the two can lead to nothing but confusion and frustration.
