For a short time with the lid on or for much longer with the lid off.
No, the candle will not burn because the flame will consume the oxygen inside the bell jar, creating a vacuum and extinguishing the flame. Oxygen is necessary for combustion to occur, and without it, the candle cannot burn.
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.
No, a candle in a jar will not last forever. The candle will eventually burn out as it consumes the wax and wick. The duration of the candle depends on factors such as the size of the candle, the quality of the wax, and the environmental conditions.
If you place a jar over a burning candle, the flame will consume the oxygen inside the jar, causing it to extinguish due to lack of oxygen. The remaining air will become warmer and expand, creating a slight vacuum once the jar cools down.
The Smaller the jar the less oxygen, the bigger the jar the more oxygen, and since the candle lives of oxygen the biggest jar with the candle in it will take the longest to burn.
The temperature of a candle jar inhibits the growth of psychrotrophs, and the average temperature inside the candle jar is 30 degrees Fahrenheit.
No, the candle will not burn because the flame will consume the oxygen inside the bell jar, creating a vacuum and extinguishing the flame. Oxygen is necessary for combustion to occur, and without it, the candle cannot burn.
Yes, a candle in a large jar will typically burn longer than a candle in a small jar. This is because the larger jar provides more oxygen for the flame, which helps the candle burn more efficiently. Additionally, the larger jar can contain more wax, extending the burn time.
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.
As the candle burns, it consumes oxygen and releases carbon dioxide. If the bell jar is sealed, the oxygen inside gets used up and the candle flame will eventually extinguish once oxygen levels drop too low to sustain combustion. The remaining air will become enriched with carbon dioxide from the burning candle.
When the candle is brought near the mouth of the jar containing hydrogen gas, the hydrogen gas reacts with oxygen in the air to produce water vapor and heat, allowing the candle to burn. However, when the candle is pushed inside the jar, the available oxygen is quickly used up by the candle flame, leading to oxygen depletion and eventual extinguishment of the flame.
No, a candle in a jar will not last forever. The candle will eventually burn out as it consumes the wax and wick. The duration of the candle depends on factors such as the size of the candle, the quality of the wax, and the environmental conditions.
When a wide-mouthed jar covers a candle, it creates a lack of oxygen inside the jar. The flame needs oxygen to burn, so when the oxygen supply is cut off, the flame extinguishes due to the lack of a crucial element for combustion.
When gas is left in the jar, it displaces the oxygen needed for the candle to burn. Oxygen is required for combustion to occur. Without enough oxygen present, the candle will not be able to sustain the flame and will extinguish.
A bigger jar has more oxygen inside that can support combustion, allowing the candle to burn longer before running out of oxygen and extinguishing. The larger volume of the jar also traps heat, creating a more stable environment for the flame to continue burning.
The candle burning in the open will burn longer, because it has easy access to oxygen to sustain the reaction. The flame of the candle burning under the jar will go out quickly, since it will use up its available oxygen faster than the oxygen can be replenished. Even if the jar is open at the bottom, the heat, carbon monoxide, and carbon dioxide produced by the flame will prevent sufficient oxygen from getting to the flame to feed it.
If you place a jar over a burning candle, the flame will consume the oxygen inside the jar, causing it to extinguish due to lack of oxygen. The remaining air will become warmer and expand, creating a slight vacuum once the jar cools down.