Sentences with phrase «so kinetic energy»

The other problem is that the overall conformation of the materialing of the planetary land surface is not well known either, so kinetic energy induction rates, and distribution of such induction, is still not well defined.

But wet lapse rate isn't about weight of atmosphere [in terms weight it's slightly lighter due lower density gas] but it's about an increase of energy [there is both kinetic and potential - but it's concerning change phase of water from gas to liquid - so kinetic energy which affects the pressure.

Not exact matches

This crossbow can produce over 100 foot - pounds of kinetic energy, so you can use it to hunt big game like moose as well as whitetail deer!

The atoms can't lose energy and «roll down» this hill because doing so would require them to increase their kinetic energy and this is not possible because the system is in a vacuum and there is no outside energy source.

On the kelvin scale, temperature is determined by the kinetic energy of particles, so a gas of slow particles is colder than a gas of fast - moving ones.

So I had two output kinetic energies and one input kinetic energy, and I could calculate efficiencies for both systems.

It could do so by colliding and mixing with the cooler gas and thus transfering some of its kinetic energy.

Minkel: So, it sounds impressive for a particle to have the kinetic energy of a struck fastball.

This simple example of how strength is specific may well be one of the key reasons why eccentric strength is so effective for reducing muscle strain injury risk, as it enables the muscles to absorb more kinetic energy than they can typically produce.

There's a real kinetic energy behind it so that once it gets going, it never slows down, and that proves to be a bigger help than you might imagine.

Though Boyle masks a lot of the script's problems with some nifty visuals and the same kinetic energy prevalent in his other films, the frantic pace only lasts so long before the story grinds to a halt, suffocated by a never - ending series of twists and red herrings that makes it almost impossible to discern what's real.

As we've seen in prior DVD wrap - ups, there's often a sequel among the classic and not - so - classic movies, and Blade: Trinity tries hard to recapture the kinetic energy of the first Blade film, yet manages to feel more like the tenth entry in a tired franchise.

The costume, created by T'Challa's sister Shuri (Letitia Wright), is bulletproof and has the ability to store kinetic energy so the wearer can later redistribute it, clearly with violent force.

The other is so thin, complex, and efficient that the whole thing can be kept inside a badass necklace yet still be impervious to damage while absorbing and emitting mass amounts of kinetic energy.

It may lack the kinetic energy that made it's predecessor so entertaining but in its place is a maturity and a wisdom that can only come with age.

Of the 6 factors listed above, this means that factor (i) is absent, so I'm tempted to conclude that when you brake after downshifting, you aren't fighting any process that is adding to the kinetic energy of the car.

Thanks to the fifty or so additional horses I've crammed under the hood, my Scirocco is able to amass about 20 percent more kinetic energy than it was intended to — something I figure shouldn't be much of a problem when it comes time to slow down.

Musk also claims the Semi will have «basically infinite brake life» thanks to regenerative braking that recovers 98 percent of kinetic energy, so there are more savings there.

Kinetic - brake - energy regeneration is conspicuously absent, so the energy cells must be charged en route by the engine.

So far this season, Audi has seen better performance (if worse luck), despite making major changes to allow this year's R18 e-tron quattro to run a new lithium - ion battery hybrid system, in place of the flywheel - based kinetic energy hybrid system it used previously.

When decelerating at speeds up to 84 mph, the gasoline engine can be decoupled from the drivetrain so that more kinetic energy can be recovered by the regenerative braking system.

The first is that it's big and heavy allowing it to store kinetic energy so that the lawn mower can continue to spin through the 3 unpowered strokes.

However, the introduction of a Kinetic Energy Recovery System (KERS) in 2009, which captured waste energy created under braking and transformed it into electrical energy, ensured the teams had an extra 80bhp or so to play with for just over six seconds Energy Recovery System (KERS) in 2009, which captured waste energy created under braking and transformed it into electrical energy, ensured the teams had an extra 80bhp or so to play with for just over six seconds energy created under braking and transformed it into electrical energy, ensured the teams had an extra 80bhp or so to play with for just over six seconds energy, ensured the teams had an extra 80bhp or so to play with for just over six seconds a lap.

The kinetic design approach uses bold vehicle designs to capture the feeling of energy in motion, so that cars look like they are moving — even when they are standing still.

It also controls the electric motor, so that kinetic energy is transformed into electrical energy during coasting and when braking.

Back off the throttle in this mode, and the electric motor is used as a generator to collect kinetic energy — so much so you rarely need more than a fleeting dab of the brakes to slow down.

Traditional hybrids do so while the vehicle is running on engine power and through reclaiming energy with a process called regenerative braking where kinetic energy created by both braking and «coasting» is stored and utilized by the vehicle's batteries.

Since the screen is so small, Amazon powers this e-reader using a Kinetic energy technology they got from Seiko; you just rub the device real fast on your head and the static charge powers up the device.

So the Kinetic class could have an auto rifle, or a pulse rifle in it, and the energy class could also have an auto rifle or pulse rifle in it, with an Arc burn or whatever.

If your issues with the weapon system run deeper than balancing tweaks, Bungie is still assessing whether or not they will mess with the Kinetic / Energy / Power system, so any changes to that system won't arrive until Fall, if at all.

If there is significant solar heating below the tropopause level then there must be a significant net LW flux up through the tropopause (assuming relatively small convective or kinetic energy transfer through that level), so increasing GHG optical thickness can never saturate the tropopause level forcing at all LW wavelengths (by bringing net LW flux at tropopause to zero) in an equilibrium climate.

This would actually not be true at sufficiently high latitudes in the winter hemisphere, except that some circulation in the upper atmosphere is driven by kinetic energy generated within the troposphere (small amount of energy involved) which, so far as I know, doesn't result in much of a global time average non-radiative energy flux above the tropopause, but it does have important regional effects, and the result is that the top of the stratosphere is warmer than the tropopause at all latitudes in all seasons so far as I know.

Almost immediately (nanoseconds) they relax from their excited state by either 1) emitting that energy as a new photon, some of which will continue up towards space, some of which will go back downward to be reabsorbed, thus keeping the energy in the atmosphere longer, or 2) by colliding with another gas molecule, most likely an O2 (oxygen) or N2 (nitrogen) molecule since they make up over 98 % of the atmosphere, thereby converting the extra vibrational energy into kinetic energy by transferring it to the other gas molecule, which will then collide with other molecules, and so on, making the air warmer.

Yup, but by definition as we add greenhouse gasses, we depart from equilibrium, so the processes do not cancel and there is a net flow of energy from radiative to kinetic.

The first question is: How long would it take to transfer enough energy to the Greenland Ice Sheet — not to melt it, but to weaken it so that sections of it collapse under their own weight, and potential energy is converted to kinetic energy?

The kinetic energy from the falling rain that occurs after condensation then feeds the circular winds that in turn draw more heat from evaporation etc. so as to form a positive feedback loop.

It is sufficient for the gases to rise so that kinetic energy is converted to potential energy.

Everything else that might try to alter that base level simply results in atmospheric circulation changes (atmosphere includes oceans for this purpose) that adjust the rate of conversion between kinetic and potential energy so as to keep the base level of system energy content stable.

The expansion converts kinetic energy to potential energy and the latter does not register on sensors so any sensors will register net cooling.

So we have: LOD representing differential internal free energy described as a rotational kinetic energy - > dG SOI representing a pressure differential - > VdP Aerosols representing a reflective EM - > dEa TSI representing an external EM driving force - > dEb ln (CO2) representing a suppressive EM - > dEc Temperature and heat capacity (S) combine - > SdT

This kinetic energy has to be reduced during any transfer of energy, so a lot of wind turbines would theoretically reduce wind force by a large amount.

Turbulent processes will alter residual Kinetic Energy within a System, this residual is presented within measures of Temperature and so «observations» show short term fluctuations of «temperature» un-associated to alteration of total Kinetic Energy induction.

That case nonetheless remains relevant, because it illustrates by exaggeration something that remains true independently of how large the number of molecules gets: the mean molecular translational kinetic energy decreases with height, and it does so at a rate that is finite and non-zero, albeit negligible for most purposes.

For starters, we'd expect that if the average energy of the entire system increased, so there was more kinetic energy at the surface, that the atmosphere would «puff up» from the Earth and it's edge would get higher due to more KE being available for transforming into PE.

If the spring or the billiard balls were massless, there wouldn't be any kinetic energy and gravity wouldn't do anything, so that condition isn't relevant.

You might even argue that the molecular - translational - kinetic - energy difference is so small that Heisenberg's Uncertainty Principle dictates an extraordinarily large time uncertainty in its measurement.

My interpretation of Velasco et al. is that they this isn't true, because the mean molecular kinetic energy decreases with altitude, but, again, that it makes no difference in practice, because the difference is so small you'd never be able to measure it.

Despite the fact that Carty did not have to install MVHR in either his Celbridge or his Rathgar developments, he opted to do so in both — Sentinel Kinetic Plus systems, installed and commissioned by Alternative Energy Ireland.

So it's all gases at greatest density will be doing the same thing around the planet at the same time (*) and as these change with differences in density in the play between gravity and pressure and kinetic and potential from greatest near the surface to more rarified, less dense and absent any kinetic to write home about the higher one goes, then, energy conservation intact, the hotter will rise and cool because losing kinetic energy means losing temperature, thus cooling they which began with the closest in density and kinetic energy as a sort of band of brothers near the surface will rise and cool at the same time whereupon they'll all come down together colder but wiser that great heights don't make for more comfort and giving up their heat will sink displacing the hotter now in their place when they first went travelling.

The individual molecules in the upper atmosphere can indeed be very hot (high kinetic energy), but there are so few of them, their total temperature on any thermometer is very low.