Classical Mechanics Stickers

For science geeks and nerds.

An online store which sells aesthetic,styled fashioned outfit, different outfit for winter and all season, baby cute outfit for girls and boys. Store have various products like , Kids Clothes(toodler, newborns outfits) Mugs (coffee, tea), Pillows covers, stickers, hoodies( teens, boys, girls, men and women), iphone cases etc.

A design with the quote: "I'm Not Random, You Just Can't Predict My Actions Using Classical Mechanics". A science joke based on random behaviour and classical vs quantum mechanics.

The general formula defining the Hamiltonian that arises from the Lagrangian.

The general formula defining the Hamiltonian that arises from the Lagrangian.

Newton's cradle. Computer illustration of a device known as Newton's cradle. It consists of a set of balls resting against one another that are free to swing from the bar (not seen) they hang from. Here, one of the balls has been sent swinging towards the others. The kinetic energy with which it strikes the first ball will be transferred from ball to ball, finally propelling the last ball away from the others. As this ball swings upwards, its kinetic energy becomes potential energy. The opposite energy transfer occurs as gravity pulls the ball back down to strike the others. As the balls move, energy is lost to friction until they come to rest.

The doppler effect, equation showing the relativity of the frequency seen by an observer in respect to a moving source.

The doppler effect, equation showing the relativity of the frequency seen by an observer in respect to a moving source.

The fundamental equation describing the transfer of heat, or the flux, which is proportional to the gradient of the temperature.

The fundamental equation describing the transfer of heat, or the flux, which is proportional to the gradient of the temperature.

The work of a force, which is the energy needed to make a body move.

The work of a force, which is the energy needed to make a body move.

Life is full of harmonic oscillators! Fundamental models in both quantum and classical mechanics, and for systems near equilibrium in general.