Examples of 'equations of motion' in a sentence
Meaning of "equations of motion"
Equations of motion: Mathematical expressions that describe the movement or trajectory of objects based on principles of physics and mechanics
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- plural of equation of motion
How to use "equations of motion" in a sentence
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equations of motion
Equations of motion are differential constraints of the problem.
Based on the basic equations of motion.
We derive equations of motion describing curling rock dynamics.
A software that integrates classical equations of motion was developed.
Equations of motion for uniform acceleration.
I integrated the equations of motion.
The equations of motion have a solution.
Sometimes they are called the equations of motion of nuclear magnetization.
Equations of motion are used to analyze these changes and oscillations.
Another approach is to completely solve the equations of motion numerically.
The equations of motion are not.
Its evolution in time and space is governed by the equations of motion.
The equations of motion then are.
Three free body diagrams are needed to form the equations of motion.
The equations of motion in general relativity are notoriously hard to solve analytically.
See also
This was a fundamentally analog device designed to obey quantum mechanical equations of motion.
The equations of motion are used to describe the dynamic behavior of a multibody system.
But this conclusion arises from equations of motion derived from general relativity.
The equations of motion describe the movement of the center of mass of a body.
His dissertation concerned the difficult problem of the equations of motion in general relativity.
We solved the classical equations of motion and we define a classical dissociation probability.
Dynamical models require hours on a supercomputer solving physical equations of motion to produce a forecast.
Also equations of motion can be formulated which connect acceleration and force.
This may make defining the vectors simpler when writing the equations of motion.
The equations of motion write as a nonlinear and nonhomogeneous system of conservation laws.
We derived from the corresponding lagrangian the equations of motion and conserved spin currents.
The equations of motion of the fluid are solved by the method of successive approximations.
The methods studied are the mode superposition and the direct integration of equations of motion.
Analyzing the equations of motion in polar coordinates we deduce an expression for the deca.
These are known as the Euler equations of motion.
The equations of motion take into account coupled vertical bending and torsion.
From the given Lagrangian one can derive the equations of motion given by.
The equations of motion are straighforward to obtain and numerical simulation programs have been developed.
One then evolves the quadrature points in time according to the Bohm equations of motion.
The equations of motion in the Cartesian form are.
Notice the Routhian replaces the Hamiltonian and Lagrangian functions in all the equations of motion.
We can also write the equations of motion in the Hamiltonian formalism.
Equations of motion in EM field.
The Euler-Lagrange equations of motion are.
Equations of Motion.
Symbols used in the on-board anemometer equations of motion.
The solution of the equations of motion is obtained by the use of a Laplace transform.
Once the detonation loading is recalled, the equations of motion are established.
We derive the equations of motion and their Poisson structure in this description.
In turn, particles trajectories are modified by the fields through the equations of motion.
That is, the equations of motion are given by.
Where, as above, the intermediate step follows by applying the equations of motion.
The equations of motion were developed from the theories of newton-euler.
At this point, nonlinear terms in the equations of motion can no longer be ignored.
The equations of motion that describe changes in the state variables are,.
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