The air is hotter above the flame because the carbon dioxide being generated by the flame is moving up due to convection, which states that hot air rises. An easier way to think of it is that smoke from a fire goes up, not sideways (unless the wind is blowing) so there is hot air above the flame, not beside it.
The air above a burning candle can feel warmer than the surrounding air due to the heat generated by the flame. It may also feel slightly different in terms of air quality, as the burning process releases smoke, soot, and other combustion byproducts.
The heat from the burning candle causes the air around it to warm up. When you place your hand above the flame, you are feeling the heat radiating from the flame onto your hand. This sensation is your skin detecting the higher temperature of the air near the flame.
Even though heat rises due to convection, the energy from the flame travels in all directions and can reach your hand even when it is held above the candle. The heat radiates outward from the flame, which is why you can feel the warmth even if your hand is not directly above the flame.
-100 degrees c is colder because it's below 0 degrees c. 600 derees c is above.
If you put your finger above a candle, you may feel the heat radiating from the flame and might sense some discomfort or pain if you hold your finger there for too long due to the heat. However, you won't typically get burned unless you touch the actual flame itself.
When a candle is placed inside a glass of water, the water absorbs the heat produced by the flame. This heat causes the water to evaporate and rise above the flame, creating the illusion that the candle is burning inside the water. In reality, the candle is burning above the water level.
The air above a burning candle can feel warmer than the surrounding air due to the heat generated by the flame. It may also feel slightly different in terms of air quality, as the burning process releases smoke, soot, and other combustion byproducts.
The heat from the burning candle causes the air around it to warm up. When you place your hand above the flame, you are feeling the heat radiating from the flame onto your hand. This sensation is your skin detecting the higher temperature of the air near the flame.
The smoke from the candle has vaporized wax, which is highly flammable vs carbon soot. When the flame touches the stream of vaporized wax (smoke) the heat is transferred back to the wick relighting it.
As air (unconfined), is heated its volume increases, and its density decreases. That makes it lighter (per volume) than it was. Warm air will rise above colder air, and in essence, float on top of the colder air.
you may not see it but once you blow out the candle, small embers are still inside the wick of the candle and burning. because the embers are so small thriving off the air particles thus creating the smoke you see.Additional answerIt does smoke while burning, if you look closely enough. In fact, if you put a piece of glass or tin above the flame it will become blackened with smoke particles (carbon).
Even though heat rises due to convection, the energy from the flame travels in all directions and can reach your hand even when it is held above the candle. The heat radiates outward from the flame, which is why you can feel the warmth even if your hand is not directly above the flame.
wax do not freeze on top of the candle because the heat on top of the candle makes it melt and as we know heat makes solid melt.
The thickness of the wick mostly determines the burn rate. The rate, as used above, is the speed with which the candle wax is consumed, not the rate that the candle burns downward.
Hot air is less dense (lighter) than colder air, so warmer air will naturally rise above the cooler air.
When you place your hand above the lighted candle, you are closer to the source of heat, which is the flame. The heat rises vertically from the flame and directly impacts your hand when placed above it. On the other hand, when your hand is at the sides of the candle, you are farther away from the direct source of heat, so you feel less heat.
-100 degrees c is colder because it's below 0 degrees c. 600 derees c is above.