Work, Energy, and Power

The ideas of work, energy, and power are basic in applications in everyday life, from the functioning of machines to the movement of celestial bodies. Work: The Measure of Force in Action 1.In physics, “work” has a precise definition. It is more than just physical exertion; it is the forceful transfer of energy. For work … Read more

Heterogeneous Equilibrium

Heterogeneous equilibrium comes into play for reactants and products in different phases. What is Heterogeneous Equilibrium? When reactants and products are present in multiple phases, a chemical system experiences a heterogeneous equilibrium. Solids, liquids, and gasses could coexist in these phases until the system achieves equilibrium. For example, a reaction might occur when a solid and … Read more

Potential Energy

Energy is a basic things that how objects move and interact. Potential energy, or the energy held in an object because of its position, configuration, or state, is a significant type of energy. This stored energy is an important because, under certain conditions, it can accomplish the work. What is Potential Energy? The energy that … Read more

Homogeneous Equilibria

Equilibrium is a condition of balance in a reversible chemical reaction. Equilibria in which all of the reactants and products are present in the same phase usually as gases or solutions are homogeneous equilibria. water What is Homogeneous Equilibria? When the forward and reverse reaction rates equalise and the reactant and product concentrations stabilise, the … Read more

The Work-Energy Theorem for a Variable Force

The work-energy theorem is connects the change in an object’s kinetic energy to the work that forces exert on it. Energy What is the Work-Energy Theorem? According to the work-energy theorem, the change in an object’s kinetic energy equals the work that the net force acting on it. This can be stated mathematically as:  Wnet … Read more

Law of Chemical Equilibrium and Equilibrium Constant

Basic concepts in chemical processes, such as the Law of Chemical Equilibrium and the Equilibrium Constant, provide about what happen into how reactions arrive at a state of equilibrium. These ideas contain predicting a reaction’s course as well as the reactant and product concentrations at equilibrium. Reactant What is Chemical Equilibrium? In a reversible reaction, … Read more

Circular Motion

Circular motion is describes the motion of an object along a circular path. This type of motion is common in both natural phenomena and human-made systems, ranging from the orbit of planets to the movement of vehicles on curved roads. Circular motion explains in more advanced such as rotational dynamics and planetary motion. What is … Read more

Equilibrium in Chemical Processes: Dynamic Equilibrium

Equilibrium plays basic role in chemistry, how reactions proceed and stabilise under given conditions. There are many types of equilibrium and dynamic equilibrium is one among them. It is having unique importance in chemical systems where reactions occur simultaneously and continuously, even though with no net change in the system’s macroscopic properties. Chemical Equilibrium Chemical … Read more

Common Forces in Mechanics

A branch of physics deals with mechanics and examines how objects move and the forces affect them. Its explain motion, equilibrium, and dynamics problems which requires the different kinds of forces. The common forces in mechanics that are commonly meet to deals with different kind of forces are mentioned below: Force – Definition and Concept … Read more

Equilibrium in Physical Processes

A system is said to be in equilibrium when there is no net change over time. Definition of Equilibrium When a system’s characteristics, like its temperature, pressure, and concentration, are constant over time as long as it is isolated or subject to steady external conditions physical processes are said to be in equilibrium. A dynamic … Read more