the lager pot will because it has more surface exposed to the heat.
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).
Bunsen Burner: - Uses Gas - Achieves up to roaring blue flame - Used to melt solid objects Alcohol Lamp: - Uses Alcohol - Achieves Yellow flame only - Used to boil water
Carbon is settled on the test tube.
Pure water has no residue; residues originate from impurities in water.
Depends mainly on the amount of water and the starting temperature and the measure of the flame.
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).
Yes but the flame would have to be hot enough to boil water which is 100ºC(212ºF).
few long water
Bunsen Burner: - Uses Gas - Achieves up to roaring blue flame - Used to melt solid objects Alcohol Lamp: - Uses Alcohol - Achieves Yellow flame only - Used to boil water
Carbon is settled on the test tube.
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.
Non luminous flame
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
You could boil the solution, leaving you with the blue-green chemical.