Sentence examples for change of motion from inspiring English sources
The change of motion of an object is proportional to the force impressed and is made in the direction of the straight line in which the force is impressed.
As there was no conversion or change of motion, the strain was uniform, and there was no interruption of a continuous motion or a pounding to be provided against.
The second law may then be written in the form of the equation F = dp/dt, where F is the force, the time derivative expresses Newton's "change of motion," and the vector form of the equation assures that the change is in the same direction as the force, as the second law requires.
This peculiarity, however, inured to the advantage of every machine in which the combination was used for the purpose of converting motion, although the jar produced by the change of motion may not have been sufficient to endanger a small machine.
Martin obviated this by providing the large or spur wheel with teeth fitted on the inner side of the rim, whereby the concavity of the rim was opposed to the convexity of the pinion, and a greater number of teeth on each wheel engaged with the corresponding teeth of the other, and the strain occasioned by the change of motion was greatly reduced.
Using collodion-fixed fibers reduces the percent signal change of motion artifacts by 90% and increases the SNR by 6 and 3 fold at 690 and 830 nm wavelengths respectively when compared to a standard Velcro-based array of optical fibers.
Real forces, in contrast to such apparent forces as Coriolis forces (of which Newton was entirely aware, though of course not under this name), are forces for which the third law, as well as the first two, hold, for only by means of this law can real forces and hence changes of motion be distinguished from apparent ones.
Adolescents involved in athletic pursuits such as football, sprinting and gymnastics are more likely to suffer from apophyseal avulsion injuries due to the sudden powerful muscular contractions that are required in these activities, as well as the abrupt directional changes of motion performed [2].
The detection of motion discontinuities is represented by local motion changes, whereas the detection of occlusion is based on temporal changes of motion energy.
