There are three different regions of a flame. These are the outer non-luminous flame, the tip and the inner blue flame.
The top of of the flame has the highest temperature.
The hottest region in a Bunsen burner flame is the inner blue cone of the flame, known as the inner core. This region has the highest combustion efficiency and temperature due to the complete combustion of the gas.
a region of burning gases
The cooler region in a Bunsen flame is called the outer cone or outer mantle. This region is typically blue in color and has a lower temperature compared to the inner cone.
It will have an oxidizing region and a region where gas and air mix.
well that game is not real Pokemon flame of ragewhere do you get that idea from ...unless you're talking about Pokemon fire red
The hottest part of a flame typically consists of three layers: the innermost blue cone where combustion occurs, the intermediate faint blue region where gases mix and ignite, and the outermost yellow region where incomplete combustion occurs.
You should use the inner blue cone region of the burner flame to melt the glass rod faster. This region of the flame is the hottest and most intense, providing the necessary heat to quickly melt the glass.
The outer oxidizing zone in a flame is where there is sufficient oxygen for combustion to occur. This area is characterized by a blue color and is where the most complete burning of fuel takes place. The outer oxidizing zone is important for efficient and clean combustion processes.
Around a flame is the atmosphere, which is cooler. The part of a flame able to get the hottest, then, is the part in the middle that is most protected from the outside cold, so the middle part of the flame is hottest.
There is no equation for a flame. You can try to write an equation for the reactions happening in the region we call the flame. I presume you mean when the air hole is closed and the flame is yellow. There is no one simple equation, as several reactions are going on, but this one accounts for the formation of the soot particles which give the flame its yellow colour:CH4 +O2 --> C + 2H2O
Strontium chloride (SrCl2) produces a bright red flame when subjected to flame testing. This characteristic red coloration is due to the excitation of strontium ions, which emit light in the red region of the spectrum as they return to their ground state.