When we touch light bulbs, we feel warm because they produce heat as a byproduct of generating light. The filament inside the bulb heats up due to the flow of electricity, converting some of it into thermal energy. This heat is then transferred to the bulb's surface and can be felt when touched.
Glass feels warm when you touch it because it absorbs and retains heat from its surroundings. When your body comes into contact with the glass, heat flows from your skin to the glass, making it feel warm.
If you hold your hand above a lighted candle, you may feel the heat rising from the flame. The radiant heat can warm your skin and cause discomfort if held too close for an extended period. However, as long as you keep a safe distance, your hand should not be harmed.
The object feels warm to the touch as heat transfers from the object to your body, making it feel hotter.
Steel and iron conduct heat well, so they can feel warm to the touch if they have been exposed to a heat source. However, their temperature will usually depend on the surrounding environment rather than their own intrinsic warmth.
Boxes in the freezer may feel sticky due to the condensation that forms on them when the warm air from your kitchen comes into contact with the cold surfaces of the box. This condensation can cause a layer of moisture to form on the box, making it feel sticky to the touch.
No
Glass feels warm when you touch it because it absorbs and retains heat from its surroundings. When your body comes into contact with the glass, heat flows from your skin to the glass, making it feel warm.
Fluorescent bulbs produce less heat compared to incandescent bulbs, so they generally do not get as hot during operation. However, they can still become warm to the touch after being on for an extended period of time.
If you hold your hand above a lighted candle, you may feel the heat rising from the flame. The radiant heat can warm your skin and cause discomfort if held too close for an extended period. However, as long as you keep a safe distance, your hand should not be harmed.
False. Some objects do have heat, but are not always warm. For example, Jupiter has heat but it is not always warm because it doesn't always have direct sunlight from the Sun.
The object feels warm to the touch as heat transfers from the object to your body, making it feel hotter.
Water at 100 degrees Fahrenheit would feel very warm to the touch, nearing the temperature of a typical hot tub. It would likely feel pleasant at first but could quickly become uncomfortable or even scalding if exposed for too long.
Warm to the touch-no.
warm white
Warm to the touch-no.
Turn on one light and leave it on for a little while then turn it off. Turn the next light on and open the door. Go up and feel the light bulbs..the warm one is the first loth switch,, the one that is still on is obviously the second light switch and the cold/regular temperature light bulb is the last switch that you didn't touch.
Cause from the heat coming off the light bulb.