An oxidizer is a substance that releases oxygen or another oxidizing material. The release can be accompanied by the production of heat.
An oxidizer is a substance that releases oxygen to combine with another material for the purpose of combustion.
An oxidizer, in terms of chemistry, also known as oxidizing agent gains electrons. Oxidation is loss of electron and reduction is gain of electron.
Yes, ammonium nitrate is an oxidizer. It can release oxygen when heated, making it a potential source of oxygen for combustion reactions.
Yes, fluorine is a much stronger oxidizer than oxygen. Fluorine has a higher electronegativity than oxygen, meaning it has a greater ability to attract electrons and undergo reduction reactions. This makes fluorine a very powerful oxidizing agent.
No, sodium nitrate does not burn in an oxygen-free atmosphere because combustion requires oxygen to support the chemical reaction that produces heat and light. Without oxygen, there is no source for the combustion reaction to occur.
No, oil and oxygen alone do not create an explosive mix. However, if oil mist or vapor in the air comes into contact with a high concentration of oxygen, it could potentially lead to a fire hazard. Proper ventilation and safety measures should be in place when working with oil and oxygen.
Oxygen difluoride is primarily used as an oxidizing agent in organic chemistry reactions. It can also be used in the synthesis of various fluorine-containing compounds. Additionally, it has applications in semiconductor manufacturing and as a fluorinating agent in some industrial processes.
An oxidiser, or an oxidising agent. Spelled with a 'z' if you're American.
oxidizer
Yes, ammonium nitrate is an oxidizer. It can release oxygen when heated, making it a potential source of oxygen for combustion reactions.
Oxidizer
Oxygen is classified as a Class 3 oxidizer. Class 4 oxidizers are less reactive than Class 3 oxidizers like oxygen.
Liquid hydrogen and liquid oxygen oxidizer.
Rockets carry their own oxidizer to burn their fuel in space, as there is no oxygen available in space for combustion. The fuel and oxidizer react together in the rocket engine to produce thrust, allowing the rocket to move forward. This allows rockets to function in the vacuum of space where there is no atmospheric oxygen.
A solid rocket engine uses a fuel and an oxidizer. The oxidizer when burned delivers oxygen to the fuel so that it can burn. Most rockets use oxidizers because when the rocket burns it uses so much oxygen that they need a readily available supply.
An oxidizer is a substance that can react with another material by giving up oxygen atoms, causing the other material to combust or burn. Oxidizers support combustion by providing the oxygen necessary for a fire to burn.
Oxygen Fluoride which does not exist, but oxygen difluoride does exist. However, it is very reactive. It is a very strong oxidizer.
I'd say no cause an oxide is something that reacts with oxygen to form something else.
Jet engines capture ambient oxygen to use as an oxidizer for their fuel. In a sense, an afterburner is somewhat like a rocket, but it still uses ambient oxygen for the oxidizer. Rockets are different. Since they are designed to travel out of the atmosphere, they must carry both their oxidizer and their fuel. Many hydrocarbons will work as a rocket fuel including petrol (gasoline), diesel, and even tar. But they must all also have oxygen as a second fuel for the oxidizer. Solid Rockets have both the oxidizer and fuel built into the same matrix, somewhat like gunpowder. The "Oxidizer" doesn't have to be oxygen, or even contain oxygen. Nitric Acid has been utilized as an oxidizer in some rocket engines.