The carbon-containing compounds, or organic reaction, are centered on how atoms and molecules interact to create new substances. The mechanisms is original to these conversions are basic to organic reaction. In essence, a reaction mechanism is a detailed account of the transformation of reactants into products that clarifies the variations in bonding, electron mobility, and … Read more
One of the most significant quantities in the universe is the gravitational constant, which is represented by the letter G. Its explain the gravity functions and how this unseen force causes objects to interact with one another. Universe What is the Gravitational Constant? A fixed figure that aids in determining the force of gravity between … Read more
The idea of isomerism is particularly study of organic molecules. It describes how different structures or arrangements can result in varied chemical and physical properties for molecules with the same molecular formula. The phenomenon of existence of two or more compounds possessing the same molecular formula but different properties is known as isomerism. Molecular Define … Read more
Sir Isaac Newton developed the Universal Law of Gravitation in 1687. The gravitational force between any two objects in the universe is described by this law. In this we come to know about planetary motion, celestial mechanics, and how objects behave when subjected to gravity. Newton’s Law of gravitational states that every particle in this … Read more
The methodical process of naming chemical compounds in order to make sure that their names express particular details about their composition and structure is known as nomenclature. A systematic naming system is vital in organic chemistry, where the adaptability of carbon results in a wide diversity of molecules. Generally recognised standards for naming organic compounds … Read more
Planetary motion around the Sun is described by Kepler’s Laws of Planetary Motion. Based on Tycho Brahe’s findings, the German astronomer Johannes Kepler developed these principles at the beginning of the 17th century. By abandoning the Earth-centric concept and embracing Copernicus’ heliocentric model, they fundamentally altered our knowledge of the solar system. All planets, satellites, … Read more
Carbon and hydrogen are the main building blocks of organic molecules, which are also frequently composed of oxygen, nitrogen, sulfur, or halogens. Because of their exceptional capacity to create complicated structures and covalent bonds, organic chemistry is an essential component of our knowledge of materials and life. Since it gives the enormous number of organic … Read more
When an object, like a wheel or a ball, moves in such a way that every point on its surface rotates on an axis  simultaneously undergoing translational movement, this is known as rolling motion, which combines translational and rotational motion. Rolling motion is combination of rotation and translation. If the velocity of point of contact … Read more
At the core of organic chemistry we know it, carbon is an interesting element. Tetravalence, or the fact that carbon has four valence electrons available for bonding, is one of its most outstanding characteristics. Because of this property, carbon can create four covalent connections with other atoms, resulting in an incredible array of molecules and … Read more
The mechanics of astronomical objects to practical applications like wheels and turbines, rotational motion is a fundamental component. we will examine the dynamics of rotational motion about a fixed axis in this note. Astronomical objects Rotational Motion A rigid body that rotates around a fixed axis is said to be in rotational motion. Around this … Read more