Sentences with phrase «inertial motion»

The «panoramic videos» and VR apps at your disposal are probably not as many or as cool as what you can get with a Samsung Gear VR or Google Daydream View, but the Xiaomi Mi VR still sounds like a bargain, 9 - axis inertial motion controller, built - in dedicated motion sensor, 16ms ultra-low latency and all.

These periods correspond to the periods of solar inertial motion.

From this principle, Einstein deduced that free - fall is actually inertial motion.

The inertial motion of the Sun around the barycentre, or centre of mass, of the Solar System has been employed as the base in searching for possible influence of the Solar System as a whole on climatic processes, especially on the changes in surface air temperature.

R. W. Fairbridge and J. H. Shirley: 1987, «Prolonged minima and the 179 year cycle of the solar inertial motion,» Solar Physics 110, 191 - 220.

Inertial motion capture technology affords smaller studios the luxury of capturing anywhere they want without having to rent out a stage.

Note that the geostrophic balance is thus very different from the case of «inertial motions» (see below), which explains why mid-latitude cyclones are larger by an order of magnitude than inertial circle flow would be.

Not exact matches

Diagnosing residual motion via the x-ray self emission from indirectly driven inertial confinement implosions

For an ellipse, an apparent distortion of the putatively more natural and ideal circle, implies that inertial mass, as it lies in opposition to force, must be attributed to the planets, and that more generally the motions of the planets require dynamic, as opposed to merely geometric or kinematic, analysis3 Here indeed may lie the kernel of a Kuhnian paradigm shift.

Any system of material objects in accelerated motion relative to absolute space manifests forces — the «inertial forces» — that vary in accordance with the degree of acceleration; the centrifugal force discussed above is an example.

The term «inertial forces» refers to all such forces associated with accelerated motions, whether rotational or rectilinear.

Recalling that an inertial frame of reference is either at rest or in motion with uniform velocity relative to absolute space, and that the addition of a velocity to an acceleration does not affect the acceleration and hence would not affect the action of gravitational forces (accelerations due to gravity), Newton's law of gravitation is, in effect, formulated relative to absolute space.

Therefore, no system of material objects may serve as a frame of reference and be completely suitable for the purpose of analyzing in terms of laws the motions of material objects; for such laws of motion should be stated in such a manner that they are unaffected by the peculiar absence or presence of inertial forces in particular physical frames of reference.

The Moment The Multiple Axis Space Test Inertial Facility at what is now the NASA Glenn Research Center in Cleveland mimicked the complex motions of a spacecraft during astronaut training for Project Mercury in 1960.

This acceleration - gravity equivalence explained a curious Newtonian coincidence: A body's mass (its inertial resistance to changes in motion) is equal to its weight (or gravitational mass), its response to gravity.

Then there are 5 different motions associated with the system, e.g. two sound waves, two inertial / gravity waves, and an advective type of motion.