The tip of the blue cone is the hottest part of the Bunsen burner flame.
The hottest part of the Bunsen burner is the part on top of the blue cone
The coolest part of the flame would be the very top. or the yellow flame
The inner flame is the coolest part of the flame on a Bunsen burner.
The hottest part is the internal flame triangle in the blue flame (roaring blue flame) - up to 700 0C.
The air hole is fully open and burning of fuel is total.
k
A properly adjusted flame on a bunsen burner would have a flame that is blue. It would also appear that there is a lighter blue flame in the center, usually referred to as an inner blue cone, the hottest part of the flame.
If you turn it to the "Roaring Blue Flame" you should see a small blue cone within the actual flame, the hottest part is actually just above that cone, contrary to common mistake that it is inside the "blue cone". The blue cone is just the gas that has not been ignited yet.
When the hole of a Bunsen burner is half closed (or half open) the flame is mostly blue-violet in color throughout, with no orange/yellow apparent as it would be with the hole fully closed. When the hole is fully open, the flame divides into a pale voilet color outer part with a cone of intense blue color within.
The flame temperature of a Bunsen Burner can be as high as 1500 C. This is not easily obtained and in usual practice the upper regions of the flame hit around 900-950 C, while the tip of the inner blue cone should come in at around 1100 C. Depending on the operating temperature the following list can be sorted as to whether or not it will melt in an average or extreme Bunsen Burner flame.Melting Points of Commonn Metals in C are:Aluminum1 659Brass1 927Bronze 913CastIron 1204Copper 1083Gold 1063Lead 163Magnesium 651Nickel 1452Silver 951Steel 1371Tungsten 3399Wrought Iron 148Zinc 419
It is the portion of the flame in the middle. (the upper edge of the center/inner cone of the flame)
What are the two regions in a Bunsen burner? The two regions in a Bunsen burner flame are: 1.An outer transparent, dim blue cone. 2.An inner,less transparent, brighter greenish-blue cone. This relatively non luminous,cone shaped flame is a combustion of carbon-hydrogen fuel which is used in a Bunsen burner to provide heat for laboratory purposes.
The air hole is fully open and burning of fuel is total.
The tip of the inner flame is the hottest.
A properly adjusted flame on a bunsen burner would have a flame that is blue. It would also appear that there is a lighter blue flame in the center, usually referred to as an inner blue cone, the hottest part of the flame.
If you turn it to the "Roaring Blue Flame" you should see a small blue cone within the actual flame, the hottest part is actually just above that cone, contrary to common mistake that it is inside the "blue cone". The blue cone is just the gas that has not been ignited yet.
It will not burn.
When set to a roaring flame, there are what looks like cones of different shades of blue and orange. The hottest part of the flame, when set to roaring, is at the tip of the blue cone.
Of a Bunsen Burner flame? Combustion takes place in all parts of the flame.
There is a cone of unburning gas immediately at the outlet of a bunsen burner, where the match head will not ignite.
A Bunsen burner flame consists of an inner cone and an inner cone. In the inner cone, no combustion is occurring and the inner cone consists of a mix of air (which has been introduced through the vents in the bottom of the barrel) and gas. In the outer cone, combustion is occurring. Hence a Bunsen burner flame is "hollow;" there is no flame in the inner cone. Because air, containing oxygen, is present in the inner cone, it is called the "oxidizing zone." A piece of red hot copper held inside the inner cone will oxidize, being covered with a layer of black copper oxide.
When the hole of a Bunsen burner is half closed (or half open) the flame is mostly blue-violet in color throughout, with no orange/yellow apparent as it would be with the hole fully closed. When the hole is fully open, the flame divides into a pale voilet color outer part with a cone of intense blue color within.
The blue part of the flame, the cone in the middle is the hottest, the flame cools as it gets further away from the burning centre, this is similar to the sun where the outer surface of the sun is significantly cooler compared to the inside.