The majority of the wax in a candle is Carbon (C) and Hydrogen (H). These combine with the Oxygen (O) in the air to form Carbon Dioxide (CO2) and Water (H2O). Carbon dioxide is a gas and the water is hot enough to be a gas as well, and both of the gasses just blow away.
The candle could go out if there is a strong draught of air, or if all the oxygen is used up by a candle burning in a sealed container.
In the combustion reaction, fuel and oxygen are combined and repaired into water and CO2. The water becomes steam in the air and it and the carbon dioxide both put out the fire together.
The time it takes for a candle to go out in a bell jar depends on the size of the jar, the amount of oxygen present, and the size of the candle. Generally, a candle will burn out more quickly in a bell jar due to limited oxygen supply, which is necessary for combustion to occur.
A candle goes out when a jar is put over it because the jar restricts the flow of oxygen to the flame. A flame needs oxygen to burn, and when the oxygen supply is limited inside the jar, the flame will eventually suffocate and extinguish.
When you put a lid on a jar containing a lit candle, it cuts off the oxygen supply needed for the flame to continue burning. Without oxygen, the candle cannot sustain combustion and it goes out. Additionally, the lack of oxygen causes the build-up of carbon dioxide, which extinguishes the flame.
If there is no oxygen, a burning candle will not be able to sustain the combustion process since oxygen is needed for the flame to continue burning. The candle will eventually go out in the absence of oxygen.
If burning, the candle will use up all the oxygen and go out.
The candle could go out if there is a strong draught of air, or if all the oxygen is used up by a candle burning in a sealed container.
the candle will go out because oxygen helps in burning but a burning substance produces carbon dioxide but when we put a glass upon can carbon will heavier than oxygen and when oxygen will less candle will go out
you go the other direction (if you are talking about the place by warlick) Go the direction with the burning candle.
When an inverted beaker is placed over a lit candle, the flame goes out due to lack of oxygen. As the candle burns, it consumes oxygen and generates carbon dioxide and water vapor. When the beaker is placed over the candle, it creates a closed system, limiting the supply of oxygen needed for combustion, causing the flame to extinguish.
Putting a beaker over a candle can create a seal that limits the oxygen supply to the flame, causing it to extinguish due to lack of oxygen. This is because fire needs oxygen to sustain combustion, and by covering the flame, you are essentially cutting off its supply.
Because, if there is a candle in a closed jar it will almost immediately go out. This is because fires cannot be lit without oxygen, and with a closed jar, no oxygen can come in. The fire eats up all of the oxygen, causing it to go out if not quickly exposed to oxygen.
Gaseous carbon dioxide is released and this gas doesn't support burning.
As we know that for an object or substance to burn, its by means of carbon. Fire is very complex and needs oxygen for it to burn so by putting a beaker over a candle you are actually cutting the consumption of oxygen by fire, which will stop the fire from burning. THAT ANSWER IS FALSE. Because the candle is under a beaker and most beakers have lips the beaker is not fully cut off from oxygen so there is still oxygen. The candle does go out because of the carbon dioxide that is in the beaker
Putting a glass jar on a candle can create a greenhouse effect that traps heat, potentially causing the glass to crack or shatter from the heat. It can also increase the risk of a fire starting if the candle is left unattended. It is not safe to place a glass jar directly over a burning candle.
A candle requires oxygen to burn, and when placed in a sealed jar, the oxygen supply is depleted, leading to the candle extinguishing. This happens because the flame consumes the available oxygen, creating a vacuum that eventually snuffs out the flame.