Chemical Kinetics

Kp and Kc are equilibrium constants for ideal gas mixtures under reversible processes, and they are defined as follows: Kp is an equilibrium constant written with respect to atmospheric pressure, whereas Kc is an equilibrium constant written with respect to concentrations expressed in molarity. The Kp- Kc relationship can be deduced by first understanding what

The chemical response is the process of conversion of one or further reactants to one or further products. In the chemical response, we need to consider the response rate, the medium, and the equilibrium in which it’s progressed. Rate law plays a major part in chemical responses. The speed at which reactants are converted into

What is the rate constant?  The constant that relates the rate of a chemical reaction at a given temperature to the concentration of reactant (in a unimolecular reaction) or the product of the concentrations of reactants is termed as rate constant. The proportionality constant in the rate law expression is known as the rate constant

The velocity of an object is the rate of change of the object’s position with respect to the reference frame  and is a function of time. Velocity corresponds to an indicator of the speed and direction of movement of an object (e.g. 70 km/h north). Velocity is a basic concept of kinematics and is a

Half-life formulas are a decent metric to calculate the half-life of radioactive elements. The need for this formula occurred when the slowed rate of decay was found during the years. When an element is reduced, its decay rate also decreases, which might be challenging to calculate after some point. In simple words, the half-life is

Some isotopes are radioactive and decay by a specific type of emission, whereas others are stable indefinitely. The amount of radioactivity diminishes as time passes because less and less of the radioactive isotope is present.  The half-life is a fascinating and useful aspect of radioactive decay. In these half-life definition notes, we will learn the