Air contains about 21% oxygen, so the candle in air might only burn 21% as long as a candle in oxygen. Of course, that does not include other variables, like the candle burning in oxygen will burn hotter, melting the candle wax sooner.
Yes, a larger candle would likely stay lit longer than a plant if both were sealed in a glass jar because candles are designed to burn for extended periods of time, while plants require specific environmental conditions to survive. The larger candle would have more fuel to sustain the flame compared to a plant.
Yes, the burning candle will use up the oxygen inside the bell jar, leading to a decrease in the oxygen levels. However, plants also require oxygen for respiration, so if the oxygen levels drop too low, both the plant and the candle may eventually be deprived of oxygen and stop burning or respiring, rather than the plant being burned by the candle.
To create an anaerobic atmosphere in a jar, you can displace the oxygen by adding a gas such as nitrogen or carbon dioxide. You can also use chemical agents like sodium borohydride or sodium dithionite to remove oxygen from the jar. Ensure airtight sealing to prevent any oxygen from entering the jar.
This variation in results when different plants were used indicates that not all plants produce the same substance that makes the candle burn. Different plants may release different gases or compounds that can affect the length of time the candle remains lighted. This underscores the importance of conducting experiments with various plant types to further understand the production of this vital substance.
Putting a mouse in a jar with a plant , then taking the plant out to see if it affected the mouse and of course it did.The mouse was able to live in the inclosed jar as long as the plant was there but when the plant was takin away the mouse died.
The color of a candle does not affect its burn time. The burn time of a candle is determined by its size, wax type, and wick quality.
no
Rubber typically takes longer to burn than a candle because rubber is a much denser and more durable material compared to the wax in a candle. Additionally, rubber often requires higher temperatures to ignite and sustain a fire.
If you freeze the candle, before using it, it will burn for a longer period of time. ANSWER Beeswax burns very quickly.
Beeswax candles burn longer
The color of a candle does not impact its burning time. The burn time of a candle is primarily determined by its size, wax type, and wick quality. Soy or beeswax candles tend to burn longer than paraffin candles.
Yes, the thickness of a candle can affect its burn time. Thicker candles tend to burn for a longer time compared to thinner candles due to the larger amount of wax they contain. Thinner candles typically burn faster because they have less wax to consume.
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.
Burning a candle is the process in which the wick is burnt. The wax is there to make the wick burn slower in order to let the candle burn for longer. Melting wax is part of the process but not burning the candle itself.
Candle burns oxygen. Plant produces oxygen from Carbon Dioxide. plant produces oxygen, which is burned by candle. Candle lasts longer because more oxygen is present
In general, scented candles do not burn longer than unscented candles. The scent in a candle does not affect its burn time; factors such as the type of wax, size of the wick, and quality of the candle will determine how long it will burn for.
Beeswax is known to be a long burning wax. Even so, it burns the same amount of time as a candle made from soy. The length of time a candle burns depends upon how tight the wax was wrapped during production. The tighter the wrap, the longer the burn.