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SYNO | classical mechanics | Newtonian mechanics |

Usage Examples English

- The theorem partly resolves the small-divisor problem that arises in the perturbation theory of
**classical mechanics**. - These are based on
**classical mechanics**and are modified in quantum mechanics and general relativity. - It has also been used to teach
**classical mechanics**, as in the book "Structure and Interpretation of Classical Mechanics". - Static equilibrium was understood well before the invention of
**classical mechanics**. Objects that are at rest have zero net force acting on them. - In
**classical mechanics**, the center of mass is an analogous concept to expectation.

- The science of
**classical mechanics**, sometimes called Newtonian mechanics, formed the scientific basis of much of modern engineering. - The phase space of a mechanical system is a symplectic manifold and they made an implicit appearance already in the work of Joseph Louis Lagrange on analytical mechanics and later in Carl Gustav Jacobi's and William Rowan Hamilton's formulations of
**classical mechanics**. - In
**classical mechanics**, space and time are different categories and refer to absolute space and time. - The result of a die roll is determined by the way it is thrown, according to the laws of
**classical mechanics**. **Classical mechanics**is the branch of physics used to describe the motion of macroscopic objects.

- Even larger molecules are treated by
**classical mechanics**methods that use what are called molecular mechanics (MM). - "leaping"), is the random motion of particles suspended in a medium (a liquid or a gas).
**Classical mechanics**is unable to determine this distance because of the enormous number of bombardments a Brownian particle will undergo, roughly of the order of 1014 collisions per second. - In
**classical mechanics**of rigid bodies, there are no "forces" associated with the derivatives of acceleration; however, physical systems experience oscillations and deformations as a result of jerk. - In
**classical mechanics**, the kinetic energy of a non-rotating object of mass "m" traveling at a speed "v" is [...].

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