Sentence examples for motion differs from from inspiring English sources

This study intends to clarify whether and how pseudodynamic motion differs from natural motion.

The nonlinearity of the hotspot motion differs from the well-known BM nonlinearity2,3,4 in both its bandwidth and its strength (Fig. 6).

The actuation motions are selected bending, extending, expansion, contraction, twisting, and combinations thereof; and the first actuation motion differs from the second actuation motion.

The basic solar motion differs from the standard solar motion because of the noncircular motion of the Sun and because of the contamination of the local population of stars by the presence of older stars in noncircular orbits within the limits of the reference frame.

Note here that the reaching motion differs from the fetching of the grasped food to the mouth, where the octopus arm is configured into a quasi-articulated structure with three segments and three rotary joints [22],[22],[22].

In the quantum mechanical treatment, the electron in a ground state hydrogen atom has no angular momentum at all an illustration of how the "planetary orbit" conception of electron motion differs from reality.

Only those motions differing from a shared common motion could be seen as moving.

By comparing the response spectra of observed ground motions during this earthquake with predictions from commonly used ground motion prediction equations, Boore (2001) found that the observed motions differed from predicted by factors larger than expected from an earthquake-to-earthquake variation.

Using the known procedure of Green and Rivlin, we consider a new motion which differs from the given motion only by superposed rigid motion defined by a rotation of uniform rigid body angular velocity; and suppose that for the given motion, all characteristics of the body are unaltered by such superposed rigid motion.

Astronomers in the nineteenth century noticed that Mercury's observed orbital motion differed slightly from what they had calculated.

2) When we measure velocities of stars and gas in our galaxy, we see an overall rotational motion that differs from random motions.