Lanthanum (La) Element: Properties, Uses, Reactions, Effects
Lanthanum is a chemical element with the atomic number 57 and is represented by the symbol ‘La’ in the periodic table. It is soft and silvery in appearance and classified … Read more
Lanthanum is a chemical element with the atomic number 57 and is represented by the symbol ‘La’ in the periodic table. It is soft and silvery in appearance and classified … Read more
Barium is a chemical element with the atomic number 56 and is represented by the symbol ‘Ba’ in the periodic table. It is soft and silvery in appearance and classified … Read more
Ferrocene, also known as bis(η5-cyclopentadienyl)iron or (C5H5)2Fe, is a finely powdered substance with an orange hue. It is widely regarded as one of the most extensively researched metallocenes. As aforementioned, … Read more
The half-life formula is utilized to determine the amount of time it takes for a substance to decay or reduce by half of its original quantity ir concentrations. The term “half-life” describes … Read more
The composition of a reaction product can be determined by thermodynamic and kinetic control in the presence of competing reactions that yield different products under varying reaction conditions. Typically, two … Read more
The concept of thermodynamic favorability is employed to forecast the spontaneity of a chemical reaction or any other process. As previously mentioned in this unit, a spontaneous process is characterized … Read more
Tellurium is a chemical element with the atomic number 52 and is represented by the symbol ‘Te’ in the periodic table. It is classified as a metalloid and belongs to the p-block … Read more
At constant temperature and pressure, G must be less than 0 for a reaction to be thermodynamically favorable. However, it is possible to force a reaction with G > 0 … Read more
The concepts of Gibbs free energy and equilibrium constant are fundamental principles within the realm of thermodynamics. Equilibrium is attained in a system when the rates of the forward and … Read more