Space, physics terms, the infinite and the three-dimensional extent of the object and the position and the relative position and direction information. [1] The building blocks of space in three dimensions are considered, although modern Physicists one dimensional consider the time dimension and It is called space-time together. The concept of place in the formation of the universe is very important. Although there is a debate among philosophers about whether it is a part of the world or only its relationship with the world.
Classical Mechanics
F ddt m v
Newton's second formula
History of Classical Mechanics
Branches
Statics · Analytical dynamics / dynamics · Applied mechanics · Cosmic mechanics · Electrical mechanics · Structural engineering · Statistical mechanics
Structures
Newtonian Mechanics
Logical engineering
Hamiltonian mechanics
Basic concepts
Space · time · escape · velocity · speed · mass · acceleration · gravity · ball · torque · twins ·
Momentum · angular momentum · inertia · embryo of inertia · context framework · energy · kinetic energy · energy energy · work
Main content
Rigid objects · rigid object gatibidya · motion · Newton gatisutrasamuha · Newton's gravitation · motion equations · inertial frames · Non-fixed reference frame · revolving reference frame · friction force · the relative velocity · friction · Simple rhythmic pulsation · rhythmic vibrator · vibration · Imposed vibration · attribution ratio · rotation speed · uniform cyclical motion · isolated cyclic motion · centered force · centric force · · · Responsive to centrifugal force structure in revolving centrifugal force pendulum koriyoli function · · · angular speed of the rotation angular velocity tbarana · · · angular displacement angular frequency
Scientists
Jeremiah haraksa Isaac Newton · · · Leonhard Euler klyayarata Alexis Jean le Rond de alemabarata · · · Pierre Simon Laplace lyagaryanga Josep Luis · · Simon-Denis pamyasana William Rowan Hamilton
This box: Show conversation edit
The place has been interpreted in different ways by different philosophers. Many philosophers and scientists, including Newton, Emmanuel Cunt, Carl Friedrich Gauss, Einstein, tried to explain it. The position of classical mechanics is considered as a basic amount. That is, it can not be expressed through any other amount.
In addition, it has been explained with the help of Einstein's relativity in Quantum Ballistics.
