Many different chemicals burn and produce flames, but different chemicals have different chemical properties, and produce different amounts of energy when they burn. Those which produce more energy, will also produce hotter flames.
Yes, That part is actually the hottest part because almost all the energy is being converted to heat, only a little of the energy is being converted into light energy. That is why the top part of the flame is brighter, and less hot.
A blue flame is typically used to heat up a beaker of water because it burns hotter and more efficiently than a yellow flame. The blue flame is produced by a Bunsen burner or a gas stove, and it is better suited for heating liquids quickly and evenly.
The size of the air hole can affect the flame by controlling the amount of oxygen available for combustion. A larger air hole can result in a more efficient and hotter flame, while a smaller air hole may lead to incomplete combustion and a sooty flame. Adjusting the air hole can help optimize the burning process for different types of fuels.
Flame luminosity in a combustion process is caused by the emission of light from the hot gases and particles produced during the burning of a fuel. The intensity of the flame's brightness can be influenced by factors such as the type of fuel, the presence of certain chemicals in the fuel, and the availability of oxygen for combustion. Brighter flames typically indicate a more efficient and complete combustion process.
An oxyacetylene flame with an excess of fuel is called a "carburizing" or "reducing" flame. In this flame, there is more acetylene than oxygen, resulting in a softer, more luminous flame that produces carbon soot. This type of flame is typically used for welding specific metals that require a protective atmosphere to prevent oxidation. It is characterized by a larger inner cone and a more pronounced outer envelope compared to an oxidizing flame.
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.
A blue flame is formed when the air hole on the Bunsen burner is open. The blue flame indicates complete combustion of the gas, with plenty of oxygen present for the reaction. This type of flame is hotter and more efficient for heating purposes.
A non-luminous (blue) flame is ideal for heating solids as it provides a consistent and even heat distribution. A non-luminous flame is hotter than a luminous flame, making it more efficient for heating purposes. Additionally, it reduces the risk of leaving soot or unburned fuel residue on the solid material.
It is less hotter than non luminous flame. Used for lighting only It produces soot that makes apparatus sooty
It is used for adjusting the flame
Natural gas burns hotter than propane.
The flame itself will get bigger/hotter, and the amount of 'blue' increases. Depending on the type of burner, it may or may not increase proportionately with the total flame size.
Yes, That part is actually the hottest part because almost all the energy is being converted to heat, only a little of the energy is being converted into light energy. That is why the top part of the flame is brighter, and less hot.
Yes, very different, Depends on the fuel, the draft, and the concentration of oxygen,
To control the type of Bunsen flame, adjust the amount of air mixing with the gas using the collar at the base of the Bunsen burner. To create a hotter, blue flame, increase the air supply by opening the collar more. To produce a cooler, yellow flame, reduce the air supply by closing the collar slightly.
You would turn the collar on a Bunsen Burner so that the holes are exposing the flame to more oxygen to produce a blue flame. Close the holes by turning the collar to turn it back to the yellow (dirty) flame.
Infernape does not have the Flame Body ability. Infernape's ability is Blaze which is shared with the other fire type Starters of other games.