A candle at high altitudes would burn dimmer compared to the same candle at low altitudes. This is because the oxygen concentration is lower at higher altitudes, which affects the combustion process and results in a less efficient flame. Additionally, the reduced air pressure can lead to a weaker draft, further diminishing the candle's brightness.
In microgravity, a candle flame would form a spherical shape due to the absence of gravity. The flame would seek to distribute heat evenly in all directions, resulting in a rounded appearance.
There is no way to know from the question. Aniline dye would probably make it more dense, but I have no doubt that there are means to color a candle that would make it less dense.
No, a candle cannot burn upside down. The wick needs to be positioned at the top to draw up the melted wax and fuel the flame. Burning a candle upside down would prevent the wick from functioning properly.
No, a candle would not burn on the moon because there is no oxygen in the moon's atmosphere to sustain combustion. Oxygen is necessary for fire, and since the moon has very little atmosphere and virtually no oxygen, the candle would not be able to burn.
No, the candle wouldn't burn in the natural environment of the moon because there is no oxygen in the moon's atmosphere to sustain combustion. Additionally, the lack of atmosphere on the moon would cause the candle to burn much faster than on Earth.
Essentially the same. Unless you go to the top of mount Everest where oxygen is scarce. The atmosphere has 21% oxygen by volume, as you go up in altitude the air expands in volume and "thins out", however at sea level a candle needs only 12-15% oxygen content in air to burn brightly. This amount increases as you go up in altitude because there is less air, the air pressure needs to be reduced by 50-60% for this to affect the candle's combustion, or brightness. That corresponds to an altitude of about 7500 meters (4.7 miles) above sea level, or somewhere in the Himalayas.
Helium is an inert gas and would smother a candle.
No, a candle with a flame does not have cells. Cells are the basic structural and functional units of living organisms, and a candle is not considered a living organism. The flame on a candle is a result of the combustion of wax and a wick.
Both "The candle is lighted" and "The candle is lit" are correct ways to convey that the candle is currently giving off light. "Lit" is more commonly used in spoken English.
They would use bottled air.
I would purchase white candlestick holders that will complement well with your carmel colored candle.
Example: white candle burns. white reflects light so heat is deflected also black candle burns. black absorbs light and heat therefore would burn faster than a white candle.
heat energy
A Candle
Always for it to be a complete triangle with three altitudes it would have to intersect at a vertex.
You can't light a candle underwater because the water would put it out and no friction
You have to shoot it right where you would light it at the top of the candle wick.Hope this helped!