In extremely old refrigerators an ordinary light bulb will fit. Be sure to use the smallest wattage you can. I believe normal fridge bulbs are 40W.
The risk you run is they are not as rugged as a refrigerator bulb. It may break, causing glass to contaminate food. And a higher wattage could create enough heat that on busy days it may cause the temperature to rise enough to be a problem. When the door is closed the light is off, but if it is hot, the bulb takes a few moments to cool off and that may affect the cooling ability of the fridge.
The filament on normal light bulbs require a higher current of electricity to light up, and are more resistant to electricity as well. This causes it to use more electricity and generate more heat.
Those wanting softer, diffused light use frosted light bulbs. Clear bulbs give light that is brighter and suitable for everyday applications.
Any natural light bulbs that use incandescent lighting will work well, and give off a rounder light than the "sterile white" lighting of normal bulbs.
It might be the energy saving bulbs.
you can use an oingion but not a carrot
No light bulbs actually save energy, they use it to produce light. However energy efficient bulbs use less energy than the ordinary incandescent type. To my mind describing them as energy saving is wrong, they should be described as "lower energy" bulbs.
The filament on normal light bulbs require a higher current of electricity to light up, and are more resistant to electricity as well. This causes it to use more electricity and generate more heat.
to make light
to make light
Tungsten is used in filaments of light bulbs.
light bulbs
Those wanting softer, diffused light use frosted light bulbs. Clear bulbs give light that is brighter and suitable for everyday applications.
None. Light bulbs use electricity, they do not create electricity.
Incandescent bulbs use 75-100 watts. Fluorescent bulbs use around 10 watts. LED bulbs usually use 1 watt.
The light bulbs do.
No
No, bulbs do not make use of magnets to work. Light bulbs function by passing electricity through a filament, which then emits light and heat. Magnets are not involved in the process of generating light in bulbs.