This depends on many factors.
Faster than ambient left alone? If compare to open air then it is faster with extra heat source of 100 Watt. If it had twice the bulb then it is faster than 1 bulb. Light bulb is the energy source and evaporation require energy. Provide extra energy help speed up evaporation.
If water does not evaporate from the wet bulb thermometer, it could indicate that the air around the thermometer is already saturated with moisture, making it difficult for further evaporation to occur. This could suggest high humidity levels in the environment.
On a dry day, water will evaporate from the wet bulb thermometer, cooling it. On a humid day, since moisture is already in the air, less will evaporate, and cool it less.
Placing a light bulb in water and then microwaving it is extremely dangerous and not recommended. The water could heat up rapidly and cause the light bulb to explode, potentially resulting in dangerous shards of glass and electrical components being scattered. It can also cause electric shock hazards.
The incandescant light is more of a heat bulb than a light bulb, being 200% less efficient (on average) in producing the same amount of light (measured in lumens) than a fluorescent bulb. That being said, the light bulb would be considered part of a luminaire.
The light bulb increases the temperature, and the higher the temperature, the faster evaporation occurs. The light bulb itself doesn't evaporate water. If you're using the old incandescent light bulbs, they will give off a lot more heat, and evaporate more water than an energy-saving bulb. It also depends on the distance between the bulb and the water, the surface area, mass of water, and time.
Faster than ambient left alone? If compare to open air then it is faster with extra heat source of 100 Watt. If it had twice the bulb then it is faster than 1 bulb. Light bulb is the energy source and evaporation require energy. Provide extra energy help speed up evaporation.
Because a higher watt bulb will also burn hotter, the higher wattage demands is converted to light through heat.
Evaporation of the water in the wet bulb fabric cover causes the temperature of the wet bulb to go down. When the air is dry, more water will evaporate, and when the air is saturated, less will evaporate.
No, a light bulb will not sink in water because it is less dense than water. The air inside the light bulb makes it buoyant, causing it to float on the surface of the water.
Not really, but the light bulb might not work if it's on and you put it in water.
Probally not.
To remove the same amount of heat as a light bulb in an hour (about 60 watts), approximately 200 ml of sweat would need to evaporate per hour. This calculation is based on the heat of vaporization of sweat and the rate of heat production by a light bulb.
If water does not evaporate from the wet bulb thermometer, it could indicate that the air around the thermometer is already saturated with moisture, making it difficult for further evaporation to occur. This could suggest high humidity levels in the environment.
On a dry day, water will evaporate from the wet bulb thermometer, cooling it. On a humid day, since moisture is already in the air, less will evaporate, and cool it less.
NO
If you were to put a bare wire belonging to anything in a glass of water, the electricity flowing through the wire would have no reason to continue to travel through the wire instead of dispersing in the water. The water offers less resistance, so the electricity flows through that instead of the wire. This is known as creating a short circuit, or a short, for short! With no electricity flowing through the bulb, it will turn off.