Because if the temperature is increased, the equilibrium position moves in the direction of the endothermic reaction. and if the temperature is low the reaction would be slow.
High temperatures are often used in industrial reactions to increase the rate of reaction, facilitate the breaking of chemical bonds, and provide sufficient energy to overcome activation barriers. This can lead to higher yields, faster reaction times, and improved selectivity in the production of desired products.
In industrial processes, sulfuric acid neutralization is typically carried out by adding a base, such as sodium hydroxide, to the acid solution. This reaction results in the formation of water and a salt, which is usually a sulfate compound. The pH of the solution is monitored and adjusted as needed to ensure complete neutralization.
Since the forward reaction is exothermic, to produce a lot of product and favour the forward reaction the system needs to be colder. However, cooling a system slows down all chemical reactions and so the system can’t be too cold. This process is carried out at a much higher temperature to ensure the speed of production.
Heat equals enthalpy in a chemical reaction when the reaction is carried out at constant pressure.
Yes, carbon dioxide and nitrogen can be combined to form nitrous oxide (N2O) in the presence of energy. This reaction is usually carried out in industrial settings for various applications, such as in the production of nitrogen fertilizer.
The industrial magnates were influential people during the early years of Europe. They were typically business people that carried a lot of weight and power.
Succinate to fumarate
The symbol o written above a reaction arrow indicates that the reaction is carried out under an oxygen atmosphere.
this is because there might be a large and dangerous reaction.
The system of industrial production carried on in establishments where workers and machines are assembled to manufacture goods.
The Mississippi river flows into the gulf of Mexico
Yes, the result could differ if the reaction were carried out in a sealed container. In a sealed container, the gases produced during the reaction would be trapped, potentially creating pressure. This could affect the rate and completeness of the reaction compared to an open system where the gases can escape.