Actually, most inorganic compounds are not flammable. The combustion reaction, which is the chemical formula describing how something burns, is fairly limited - it takes a hydrocarbon plus oxygen in the presence of heat or a spark to turn into carbon dioxide and water. Since inorganic compounds typically do not have both carbon and hydrogen in them, it is not possible for them to burn and they are not flammable. However, they can be extremely reactive and generate heat and light energy - a good example of this is watching pure sodium being exposed to water.
Organic compounds can be both flammable and combustible. Flammable materials ignite easily and burn rapidly at low temperatures, while combustible materials require higher temperatures to ignite and burn. The flammability and combustibility of organic compounds depend on their chemical structure, such as the presence of carbon-carbon or carbon-hydrogen bonds that can easily break and react with oxygen in the air.
Organic compounds are highly combustible because they contain carbon and hydrogen atoms, which have high energy bonds that can release a large amount of energy when broken during combustion. Additionally, organic compounds often have low ignition temperatures, making them more prone to catching fire.
Typical organic compounds are combustible by their nature (they contain carbon). However halogenated organic compounds range from less-flammable to inflammable. Halogens used to be common in fire extinguishers and are quite effective in this capacity, but halogen fire extinguishers are now either illegal or are being retired in many countries due to the halogen's tendency to destroy the earth's ozone layer.
Citrus oil is flammable because it is composed of volatile organic compounds that can easily ignite. These compounds are highly combustible and can catch fire when exposed to heat or open flame.
Oh yes, paint thinner is flammable. Do not smoke while you are painting.
Organic compounds can be both flammable and combustible. Flammable materials ignite easily and burn rapidly at low temperatures, while combustible materials require higher temperatures to ignite and burn. The flammability and combustibility of organic compounds depend on their chemical structure, such as the presence of carbon-carbon or carbon-hydrogen bonds that can easily break and react with oxygen in the air.
Organic compounds are highly combustible because they contain carbon and hydrogen atoms, which have high energy bonds that can release a large amount of energy when broken during combustion. Additionally, organic compounds often have low ignition temperatures, making them more prone to catching fire.
Most of the organic compounds are solids, combustible, non polar and insoluble in water.
Typical organic compounds are combustible by their nature (they contain carbon). However halogenated organic compounds range from less-flammable to inflammable. Halogens used to be common in fire extinguishers and are quite effective in this capacity, but halogen fire extinguishers are now either illegal or are being retired in many countries due to the halogen's tendency to destroy the earth's ozone layer.
Sugars and starches are organic compounds. But not all organic compounds are sugars and starches .
Citrus oil is flammable because it is composed of volatile organic compounds that can easily ignite. These compounds are highly combustible and can catch fire when exposed to heat or open flame.
Oh yes, paint thinner is flammable. Do not smoke while you are painting.
Organic compounds are compounds that contain carbon.
Selenium is not combustible on its own, as it is a nonmetallic element. However, selenium compounds can be combustible and may release toxic fumes when burned. It is important to handle selenium and its compounds with care to avoid potential fire hazards.
Compounds having this molecular formula are organic compounds.
They are termed organic compounds. Compounds containing only carbon and hydrogen are called hydrocarbons and they are a subset of organic compounds.
organic chemistry.