Category: Physics

Mechanical energy represents the total of kinetic and potential energy in a system, remaining constant when friction is absent. This…

Elastic potential energy describes the energy stored in compressed or stretched springs, governed by Hooke's law (F = k·s). The…

The kinetic energy theorem is a core concept in physics that links kinetic energy to the work done on an…

This concept map explores potential energy in physics, focusing on gravitational potential energy and conservative forces. Gravitational potential energy, defined…

Kinetic energy measures a body’s energy through motion, defined by the formula K = ½ m·v2. This relationship shows that…

Power in physics quantifies the rate at which work is performed or energy is transferred, defined by the formula P…

In physics, work is a scalar quantity measuring the interaction between force and displacement. The formula W = F ×…

Newton’s Law of Universal Gravitation describes the attractive force between any two masses. The force F is calculated using F…

Kepler’s laws define planetary motion around the sun through three key principles. The law of orbits describes elliptical paths with…

This concept map explores the applications of dynamics principles using a frictionless inclined plane. Learn how weight and reaction forces…