Carbon is a non-metallic tetravalent element that is very beneficial to humans. Its name comes from the Latin carbo, which means charcoal or embers. Carbon accounts for only 0.025% of the earth’s crust, and in the atmosphere only 0.03%, but it is very important for mankind. The abundance of carbon in the Earth’s core and the atmosphere is high. Carbon’s ability to form polymers at normal temperatures is the reason why it is so abundant in all living things. The largest sources of inorganic carbon are limestone, dolomite, etc. Students can refer to Camphor Formula on the Extramarks learning portal.
- Camphor production
Camphor is naturally produced by trees and processed for commercial purposes. Camphor was formed by methylation with methyl iodide and a complex reduction process. Camphor can be made from alpha-pinene which is found in conifers. For more information about Camphor Formula students are recommended to visit the Extramarks website.
Camphor Formula Structure
Camphor is made up of carbon, hydrogen and oxygen. The chemical Camphor Formula
is C6H16O and is a bicyclic monoterpene ketone. It is essentially a colourless and waxy solid. It is highly flammable and smells very strong. Camphor smells like insect repellent. The IUPAC name for camphor is 1,7,7-trimethylbicyclo[2.2.1]heptan-2-one. It belongs to the category of organic compounds called terpenoid ketones.
Properties Of Camphor
The molecular formula is C6H16O. Most often it is seen as a white, waxy solid. The molecular weight of camphor is around 154 amu. The density of camphor is 0.992
Camphor has a pungent aromatic aroma and smells like insect repellent.
Chemical Properties of Camphor
The boiling point of camphor is about 177°C and the melting point of camphor is 2090°C and is soluble in oil and ethanol, but not in water. When camphor reacts with bromine in the presence of sulfuric acid, it is brominated to form (+)-9-bromocamphor and (-)-9-bromocamphor.
Uses Of Camphor
It is a flammable, clear, waxy solid with a strong odour. The chemical formula of camphor is C6H16O which is extracted from the camphor tree. Camphor Laurel is an evergreen tree native to the forests of East Asia. Camphor basil is an important source of camphor in Asia. Camphor can be synthesised from turpentine oil. It is used primarily for its fragrance, as a tropical medicine, and in some religious ceremonies. Students are advised to read and learn Camphor Formula. For more information about Camphor Formula, students can visit the website of Extramarks.