If sodium was spray over a Bunsen burner flame you should observe a yellow-orange flame due to the presence of sodium ions.
It will melt at first and then slowly start to vaporize
to heat tings up with and also if you hold a china lid over a yellow safty flame and then over a blue flame the soot which is developed is burnt away
The blue flame is really hotter than the yellow flame. If you put your hand over a blue flame and skim through it, it would burn you but if you put it over a yellow flame it wouldn't burn you that much.
Fire is a complex thing. It needs 3 things in order to keep burning. Fuel, oxygen, and heat. When you pour the gas over it, there is no oxygen, therefore, flame extinguished.
Pans are placed over a flame and not on the side of the flame, because it is an energy transfer by direct contact called conduction. And as you can see, pans are usually made of metals, wherein metals are a good conductor of heat unlike wood, which is a poor conductor of heat.
If you were to spray potassium over a Bunsen burner flame it should emit a lilac/purple colored flame due to the presence of potassium ions.
Preparation of sodium astatide NaAt.
NOTHING
Well, generally afterwards, you eat it. :)
It will melt at first and then slowly start to vaporize
you don't state whether the pot is metal or ceramic
This serves to spread out the point of application of the heat.
Ice is melted over 0 0C and salt is melted over 801 0C.
Porcelain is very heat resistant, so you can put it in a flame and it will remain intact, but it will also get extremely hot. Be careful not to burn yourself.
When Jack cracked that joke, Jill sprayed chicken all over the kitchen table.
You should get carbon dioxide (CO2). Combining sodium bicarbonate to tartaric acid will yield water-soluble sodium tartrate and carbonic acid. Carbonic acid (H2CO3) will instantly decompose into water and carbon dioxide. Collect the gas, pour it over a lit candle flame. The flame will go out, proving that it's CO2. sodium bicarbonate and Tartaric acid together in dry form are baking powder.
UNDER a flame? Sure, why not? Over a flame? Close? Uhhh... NO