Sentence examples for rate of deceleration from inspiring English sources

Even more deceptive, if slight control changes are made which cause a constantly decreasing rate of deceleration, the sensation becomes one of acceleration even though the aircraft is still decelerating (but at a decreasing change in the rate of the decreasing change of speed).

Two groups of observers in Australia and the US were using distant supernovae, violent explosions of stars, to measure the expansion rate and therefore its rate of deceleration.

But once the rate of deceleration is stabilized, constant, and unchanging, the sensation becomes one of hanging there presumably at a steady speed - there is no perception of deceleration (or even of speed for that matter) even though still decelerating.

In other words, is it possible that all this recent talk about the rate of expansion of the universe accelerating, is, (in truth), an illusion caused by a constantly decreasing rate in the rate of deceleration of the expansion?

Computers in today's cars track dozens of driving parameters, like when antilock braking systems are activated, the rate of deceleration, and when temperatures near the road surface near freezing.

During this period we observed frequent collisions that counteracted the acceleration of the particle, and the value of the coefficient of restitution influenced the rate of deceleration.

The rates of deceleration change (Jerk) with braking operation were unstable and the driving behaviors were affected by the environments or conditions of the intersection.

On Thursday, major chains reported March sales results that were worse than their February figures, though the rate of economic deceleration that plagued stores during the holidays has slowed a bit.

These missions and earlier ones, such as WMAP, have brought about a revolution in our understanding of the fundamental properties of the universe – its age, rate of expansion, deceleration history, and composition (i.e., relative mix of luminous matter, dark matter, and dark energy).

Perhaps the most compelling way to capture the difference between the two models is by contrasting their cumulative fitness gains: W(B A) × W(C B) ×... Figure 3 shows that the ln-transformed cumulative gains for the non-transitive model follow a straight line, indicating no deceleration in the rate of adaptation, despite the deceleration when fitness is measured against the ancestor.

No wonder the Case-Shiller index is still showing home prices falling at a 20% annual rate, with no sign of deceleration.