To make the burner burn a blue flame, ensure that the air intake is adjusted correctly so that the right ratio of air and gas is being mixed. A blue flame indicates complete combustion and is typically achieved by allowing enough air into the burner. Adjust the air shutter or venturi to achieve a blue flame.
To get a roaring (blue) flame you simply turn the sleeve on the Bunsen burner's chimney to completely open the air hole under it. The new blue flame will be hard to see so close the air hole afterwards to make a visible flame.
To adjust the flame on a Bunsen burner, first make sure the gas is turned on. Then, slowly open the air vent to let in more oxygen, which will produce a blue, hotter flame. Conversely, closing the air vent will produce a yellow, cooler flame.
To make the height of the flame smaller on a Bunsen burner, you can adjust the air hole at the base of the burner. By opening the air hole slightly, less oxygen will reach the flame, leading to a smaller and more controlled flame height.
The blue flame of a Bunsen burner is hotter than the yellow flame. When a metal object is held in the blue flame for a long time, it absorbs heat and emits light, resulting in the metal glowing red due to incandescence. This happens as the metal reaches a temperature at which it begins to emit visible light.
The hole on a Bunsen burner should be closed to create a safety flame. This flame is smaller and more controlled, reducing the risk of accidents.
By increasing the size of the opening at the base, allowing more oxygen to the flame. The hottest flame is the blue flame.
how do you make the flame on busen burner bigger
To get a roaring (blue) flame you simply turn the sleeve on the Bunsen burner's chimney to completely open the air hole under it. The new blue flame will be hard to see so close the air hole afterwards to make a visible flame.
Your not hearing the flame your hearing the gas move through the burner. and it is louder because it takes more gas moving through (so gas moving faster) than it does for a flame that is not as hot.
What colour the flame is has totally got to do with how much oxygen is allowed into the Bunsen, the flame can be anywhere between a bight orange to blue, all the way to being almost unnoticeable. This is what make them dangerous if unattended as you wont know there burning until you are. Low air easily visible flame, High air flow, and it becomes very difficult to see.
if you are talking about what flame to use on a Bunsen burner than the yellow flame is to make sure that everyone knows that there is a flame but the blue flame (less visible) is used as the hotter flame and the better one.
Twist the collar at the bottom of the Bunsen burner to allow more oxygen to mix with the methane. This will produce a blue flame that is very hot and may be difficult to see, so be careful.
To adjust the flame on a Bunsen burner, first make sure the gas is turned on. Then, slowly open the air vent to let in more oxygen, which will produce a blue, hotter flame. Conversely, closing the air vent will produce a yellow, cooler flame.
To make the height of the flame smaller on a Bunsen burner, you can adjust the air hole at the base of the burner. By opening the air hole slightly, less oxygen will reach the flame, leading to a smaller and more controlled flame height.
Turn the collar and the flame will get hotter
I'm only in Yr 7 and i know,anyways the characteristics are what it contains a safety flame is when the flem is on and orangey colour and is not as hot as the blue flame.For example you are using a Bunsen burner (you gotta have used a Bunsen burner at least once at scholl cause i have,any ways the blue flame is always hotter than the orangey flame (the safety flame) because to make a blue flame you need to open the Bunsen burner jacket to let oxygen pass through.Sp the characteristics are that the safety flem is an orangey cour as oppsed o the blue flame,which is also much hotter than the safety flame.
The blue flame of a Bunsen burner is hotter than the yellow flame. When a metal object is held in the blue flame for a long time, it absorbs heat and emits light, resulting in the metal glowing red due to incandescence. This happens as the metal reaches a temperature at which it begins to emit visible light.