Introduction What happens to a food’s composition, chemistry, and physics while it’s prepared for storage and later consumed is the focus of food chemistry. Recent decades have seen significant expansion in the field of food chemistry. The science of food chemistry investigates the chemical and physical changes that occur in food over time. The study […]
Introduction Mankind has only recently begun to utilise fluorine. Materials containing fluorine were infrequently used in antiquity. Smelting fluorite was an economic focus for Georgius Agricola, who investigated its application in the 16th century. Both the word “fluorite” and “fluorine” were created by Agricola. In the later part of the 18th century, hydrofluoric acid was […]
Introduction The chemical symbol for flerovium is Fl, and the atomic number of flerovium is 114. Super heavy describes this element’s status as one of the heaviest in the periodic table. It’s also a highly radioactive substance or component. It wasn’t until 1998, in a Russian research facility, that this element was found. The p-block […]
Introduction Radiation refers to the phenomenon when energy in the form of waves or particles is emitted. This can include alpha particles, beta particles, and even gamma photons. Alpha particles are also referred to as alpha radiation or alpha waves, and they consist of two protons and two neutrons. What is an Alpha particle? Alpha […]
Introduction It is possible for elements in nature to change into another by various processes. Such processes are classified as nuclear reactions. For instance, nuclear decay is a type of reaction which occurs when an unstable nucleus emits energy, nucleons, and/or atoms to achieve stability. Various other types of reactions also exist. Various types of […]
Introduction All of our energy is generated by fundamental chemical and physical processes. Throughout history, this has typically been accomplished by burning carbon-based resources such as wood, coal, and gas, or by utilising the energy of the sun, wind, and water. Through two physical processes known as fusion and fission, atoms can generate vast amounts […]
Introduction By treating an aryl hydrazone of a ketone/aldehyde with an acid or a variety of metal & dehydrated metal salt catalysts, \(N{H_3}\) may be removed, leading to the creation of an indole. This process is known as the Fischer indole synthesis. By directly putting an equal molar combination of aryl hydrazine as well as aldehyde/ketone […]
Introduction A chemical is produced when primary alcohol is reacting with a carboxylic acid in the presence of sulphuric acid. The odour of this chemical is fruity and pleasant. The resulting chemical is known as ester. The chemical reaction that results in the creation of the ester is called an esterification reaction. There are three […]
Introduction The rate of reactions is a word used to describe the rate at which a reaction occurs. The concentration of the reactants is a reliable indicator of the reaction rate. One can think of the rate of a reaction as being directly proportional to the production of the product and inversely proportional to the […]