a flame needs oxygen to burn so if you put a lit candle in a closed container (like a jar) the oxygen will continue to fuel the fire until there is no more oxygen and the candle will go out
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
Melt it all the way down and pour out the unused candle wax, then clean the jar with Hot Soap water. You may have to scoop or dig out some wax that may be left in the jar. There is a less messy way to do this job. You put the candle in the freezer. The molecules will constrict and the candle should pop right out. No messy melted wax or scraping. It works most of the time. Some candles need a little more prying than others.
It is generally not recommended to place candles in jars directly on plastic surfaces, as the heat from the candle could potentially melt or damage the plastic. It is safer to place a heat-resistant barrier between the candle and the plastic surface.
When a jar is placed over a burning candle, the air inside the jar heats up, expands, and escapes through gaps. As the air cools down, the pressure inside the jar decreases, causing the water to rise due to the lower pressure outside the jar pushing it up. This is known as a simple demonstration of Charles's Law, where the volume of a gas is directly proportional to its temperature at a constant pressure.
Well, honey, another name for a glass container is simply a "jar." It's not rocket science, darling. Just think of all those jars you have in your kitchen holding everything from pickles to pasta sauce. So next time you're reaching for a glass container, just call it a jar and keep it moving.
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
It will burn the gas out. Then go out.
Nothing special
Light the candle and put a glass jar over it. Watch the flame of the candle closely. When the flame goes out, this means that the flame must have oxygen to burn the candle. This is how candles use oxygen.
nope.
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.
it melts
Fire dies out because a constant supply oxygen is needed to keep a fire burning. When then oxygen is removed, the fire burns the remaining oxygen until it is all gone. Normally when fire has a good supply of oxygen it give of Carbon dioxide. However without enough oxygen it gives Carbon monoxide as the oxygen is used up. When there is virtually no oxygen left, the fire goes out.
It will crack and break and maybe the heated gasses inside will make it explode.
To make a candle clock you need a Jar, a sharpy, a candle (a piller candle), and a lighter, now label the jar with diffrent time rates you can so this bye waiting for a certain time on a clock and make a labled line on every fifteen minutes label them from 12:00-12:00 and put the candle in the jar light it and there you are with a candle clock!
Oh, dude, it's like, science and stuff. So, when you put a glass jar over a candle, it messes with the oxygen flow that the flame needs to keep burning. It's like trying to breathe with a plastic bag over your head - not a good idea if you want to stay alive, you know? So yeah, candles need oxygen to burn, and glass jars are like, "Nope, not today, candle."
Melt it all the way down and pour out the unused candle wax, then clean the jar with Hot Soap water. You may have to scoop or dig out some wax that may be left in the jar. There is a less messy way to do this job. You put the candle in the freezer. The molecules will constrict and the candle should pop right out. No messy melted wax or scraping. It works most of the time. Some candles need a little more prying than others.