When you place a beaker over a candle, you are cutting off the oxygen supply needed for the candle to burn. The flame requires oxygen in order to continue combustion, and by placing a beaker over it, you are essentially smothering the flame until it goes out.
The time to put out the candle flame with a beaker varies based on the size of the beaker because larger beakers have more trapped air volume, which can limit the flow of oxygen reaching the flame. As the flame consumes the available oxygen in the beaker, it will eventually be extinguished once the oxygen level becomes too low to sustain combustion. Larger beakers will take longer to deplete the oxygen supply, hence taking longer to put out the flame.
When a wooden lollipop stick is put over a candle, it will burn and eventually catch fire due to the heat from the flame. As the stick burns, it will gradually be reduced to ashes and charred residue.
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.
If you place a glass jar over a candle, the heat from the flame will cause the air in the jar to heat up and expand. As the air cools down, it contracts, creating a partial vacuum inside the jar. Eventually, the candle will extinguish itself due to lack of oxygen inside the jar.
When you place a beaker over a candle, you are cutting off the oxygen supply needed for the candle to burn. The flame requires oxygen in order to continue combustion, and by placing a beaker over it, you are essentially smothering the flame until it goes out.
The time to put out the candle flame with a beaker varies based on the size of the beaker because larger beakers have more trapped air volume, which can limit the flow of oxygen reaching the flame. As the flame consumes the available oxygen in the beaker, it will eventually be extinguished once the oxygen level becomes too low to sustain combustion. Larger beakers will take longer to deplete the oxygen supply, hence taking longer to put out the flame.
It evaporated.
When a wooden lollipop stick is put over a candle, it will burn and eventually catch fire due to the heat from the flame. As the stick burns, it will gradually be reduced to ashes and charred residue.
To measure oxygen using a lit candle, you can observe the behavior of the flame. If the flame burns steadily and brightly, there is enough oxygen present. If the flame starts flickering or goes out, it indicates a lack of oxygen. This method is based on the principle that combustion requires oxygen, so the behavior of the flame can give an indication of oxygen levels in the surrounding air.
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.
If you place a glass jar over a candle, the heat from the flame will cause the air in the jar to heat up and expand. As the air cools down, it contracts, creating a partial vacuum inside the jar. Eventually, the candle will extinguish itself due to lack of oxygen inside the jar.
Stability, they fall over if you put the broad end up.
It depends on the type of candle. For traditional wax candles, adding water can ruin the wick and cause the candle to not burn properly. It is not recommended to put water in a candle.
He (and Inga) said 'Put the candle back', meaning back in the candle holder.
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.
The blue beaker then the yellow beaker until green.