the lager pot will because it has more surface exposed to the heat.
Using a luminous flame to boil water in a test tube can lead to incomplete combustion, resulting in the formation of soot or carbon particles that may contaminate the water. It may also affect the purity of the water due to the combustion products in the flame. It is recommended to use a clean, blue flame for heating applications in the laboratory to avoid this issue.
due to conduction
The water will warm until it reaches the same temperature as the flame. If the flame is hot enough, the water will eventually boil when it reaches 100ºC, and will then be converted to steam (water vapor).
Pure water has no residue; residues originate from impurities in water.
It depends upon what is coloring the water. It could boil faster or slower. If it is boiling faster, then it means that the dissolution of that substance in the water was endothermic. In other words, energy was taken into the solution when it dissolved. That extra energy puts the solution closer to boiling compared to plain water.
A yellow flame would take longer to boil water using a Bunsen burner compared to a blue flame. This is because the yellow flame is cooler and provides less heat energy for boiling water.
For boiling water, you would typically use a medium to high, blue, non-luminous flame on a Bunsen burner. Adjust the air hole to achieve the desired intensity of the flame.
Using a luminous flame to boil water in a test tube can lead to incomplete combustion, resulting in the formation of soot or carbon particles that may contaminate the water. It may also affect the purity of the water due to the combustion products in the flame. It is recommended to use a clean, blue flame for heating applications in the laboratory to avoid this issue.
due to conduction
Depends mainly on the amount of water and the starting temperature and the measure of the flame.
The water will warm until it reaches the same temperature as the flame. If the flame is hot enough, the water will eventually boil when it reaches 100ºC, and will then be converted to steam (water vapor).
Yes but the flame would have to be hot enough to boil water which is 100ºC(212ºF).
You boil some water and put the test tube in and its heated up but you don't have to worry about a flame. You boil some water and put the test tube in and its heated up but you don't have to worry about a flame. To heat a test tube you simply use a Bunsen burner. Make sure you use pliers to hold it with though because it will get very hot. Also you can change the heat of the Bunsen burner by switching it to the blue flame. you always hold it away from you and your lab partner. heat it sideways and slowly run it through the flame to distribute the heat evenly.
It typically takes around 2-3 minutes to boil 150ml of water on a Bunsen burner, depending on the intensity of the flame and the efficiency of the burner.
Pure water has no residue; residues originate from impurities in water.
The same way we get it now - it is boiled, but during that period they had to boil it in pans or kettles over a named flame
It depends upon what is coloring the water. It could boil faster or slower. If it is boiling faster, then it means that the dissolution of that substance in the water was endothermic. In other words, energy was taken into the solution when it dissolved. That extra energy puts the solution closer to boiling compared to plain water.