Sentences with phrase «with water physics»

Rain — while essentially a platformer - lite — played some really nice tricks with water physics and rain - based puzzles, and it was made by Japan Studio.

Not exact matches

To ask such a question is to plunge us into the murky waters not of physics but of metaphysics — and no one has bothered much with that topic for years.

Most geologists and scientists say there is however a fairly large amount of data that proves a major regional floods have occured that would imitate some of the Genesis flood account details, however with the book claiming it was a global flood being specific as to how far over every mountain the water reached, physics easily debunks the Genesis account.

Physics is sufficiently advanced today to define many substances very perfectly, in their very essence, in terms of those causes which constitute them, and in this we see that the active relationship by which, let us say, oxygen and hydrogen are defined as causes of water in a given relativity, is an active potency in those causes of dynamic finality with respect to the composite substance which is water.

Check out how we used PVC pipes to have fun with water beads and basic physics for toddlers!

With these recycled crafts, kids can create a terranium or an aquarium to learn about their favorite animals, or they can get a little physics lesson as they create their own water - powered rocket.

Their findings shed new light on the physics of black holes with the first laboratory evidence of the phenomenon known as the superradiance, achieved using water and a generator to create waves.

I was a North Carolina newspaper reporter with an undergraduate degree in physics, writing about waste water treatment plants, school board meetings, and church socials, when the physics department at the University of North Carolina offered me a pay raise to go back to school.

Bandi, a professor of physics at the Okinawa Institute of Science and Technology Graduate University (OIST), wets the tip of a chopstick with liquid soap, amusement written on his face, and asks his dinner guests their predictions: what will the flakes do when the soap meets the water's surface?

Now, physicists report June 12 in Nature Physics that they've glimpsed the effect for the first time, in a black hole doppelgänger made with a vortex of water, similar to water swirling down a bathtub drain.

Mikhailov, E., Vlasenko, S., Martin, S.T., Koop, T., and Pöschl, U.: Amorphous and crystalline aerosol particles interacting with water vapour: conceptual framework and experimental evidence for restructuring, phase transitions and kinetic limitations, Atmospheric Chemistry and Physics, 9, 9491 - 9522, 2009.

They started with the experimental set up traditionally used for second harmonic generation studies in Geiger's group, which included a femtosecond laser oscillator from Newport Spectra Physics, optical lenses and mirrors, and a flow cell produced in - house for housing the alpha - quartz / water interface.

«The jets must be supersonic, with Mach numbers of two or greater, but because of cooling of the water vapor in the eruption throat, the actual velocity may not be as high as we thought previously,» said Larry Esposito, a conference organizer and a professor of astrophysical and planetary sciences in the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado, Boulder.

«Our findings are consistent with the presence of hydrated salts, because you can have hydrated salt without having enough for the water to start filling pore spaces between particles,» said Christopher Edwards, a faculty member in the Department of Physics and Astronomy at Northern Arizona University and one of the study's authors.

As its inventor, you have to stop the out of control water with machinery and a new liquid physics engine.

It typically lasts four days and consists of about two days of classroom - style learning, covering all aspects of the physics of diving and equipment, plus two days of hands - on learning, becoming acquainted with the scuba gear in the water and doing simple dives.

and the water and ocean is something i have yet to see even in nexgen games... not to mention vegetation physics and face rendering... so please stop discussing over stuff u have no idea of untill u see it with ur own eyes... and just for ur info i have a core2duo and a 9600gt..

yeah killzone 2 does not use Resistance 2's water at all... in fact I've never seen water that looks like that of killzone 2 yet... it has multiple layers with multiple real - time reflections... but, at least for the big moving water body in the demo... there are no physics like uncharted or R2 incorporated... if you shoot it, there is a huge plume of water that jets upward, but no real ripples in the body... it still looks great, at the ripples wouldn't look right with the waves and the current of the water... but its definitely not an R2 water engine or anything... however killzone 2 does have the ripples in other areas... puddles will react to bullet fire apparently... and there are areas of flooded buildings with «still» water... that do have the uncharted like ripples according to some... but the big flowing river does not...

With Frostbite 3, water physics have also been taken a step further and sea - faring consists of real - time waves and a choppy sea experience when the weather worsens.

The physics engine is excellent — walking through water slows you down, hacking a tree with an axe will inevitably chop it down and so on.

Wave Race as a series has been dormant since Wave Race: Blue Storm on the GameCube, and with how spectacular the game's water physics were back then I can only imagine how they'll behave and look on the Switch.

It's not the exact same game as it has had a huge overhaul, with new graphics and an advanced physics engine, allowing for more authentic water and mud, giving a more realistic feeling overall.

Hydro Thunder Hurricane is a speedboat racing game with gorgeous levels, over the top courses, and advanced water physics.

Next Gen Water Racing - Vector Unit's first game since Hydro Thunder Hurricane to be designed from the ground up for modern consoles, RGP: R sets the bar for dynamic water racing, with breathtaking dynamic water physics, splash - tastic spray effects, and Water Racing - Vector Unit's first game since Hydro Thunder Hurricane to be designed from the ground up for modern consoles, RGP: R sets the bar for dynamic water racing, with breathtaking dynamic water physics, splash - tastic spray effects, and water racing, with breathtaking dynamic water physics, splash - tastic spray effects, and water physics, splash - tastic spray effects, and more!

It was quite revolutionary in it's approach to many things, from continuous side - scrolling, to reliable in - game physics, to the novelty of different power - ups, separate worlds with different dangers, the variety of having ground and sky and even underwater swimming levels (in which you had to master swimming physics, learning how to navigate both gravity and hazards in the water stages).

Transforming Fashion closed last Sunday with CORE's movement homage to van Herpen, who reimagines crows, feathers, water, copper, tesla coils, umbrellas, fractals, even the laws of physics into masterful, wearable 3 - D printed garments.

A computer calculates the movement of the particles to produce a simulation of water that flows in accordance with the laws of physics.

There's also a number of interesting applications in the evolution of Earth's atmosphere that branch off from the runaway greenhouse physics, for example how fast a magma - ocean covered early Earth ends up cooling — you can't lose heat to space of more than about 310 W / m2 or so for an Earth - sized planet with an efficient water vapor feedback, so it takes much longer for an atmosphere - cloaked Earth to cool off from impact events than a body just radiating at sigmaT ^ 4.

CO2 is a greenhouse gas and physics tells us that the minimum sensitivity to a doubling of CO2 with water vapor feedback is 2 degrees celsius.

A physics teacher I know wondered the same thing, and spoke of how a glass of water with ice cubes stays fairly cool until the last cube completely melts, then the water warms fairly quickly to room temp.

I had a particularly fascinating time interviewing Richard Wilson, a professor emeritus of physics at Harvard who has lately been studying risks associated with everything from nuclear power to Bangladesh's arsenic - tainted water supply.

Simple physics dictates that with less sea ice there is magnified warming of the Arctic due to powerful albedo feedback; this in turn reduces the equator to pole temperature gradient which slows the jet stream winds causing them to become more meridional; this combined with 4 % more water vapor in the atmosphere (compared to 3 decades ago) is leading to much more extremes in weather.

It doesn't bother with «water has a feedback effect on anything that increases ore reduces air temperatures» because that isn't needed: it's an inherent property of the physics you've included in your model.

While the amounts and distribution of water vapor and clouds are feedbacks, the intrinsic properties are «externally - imposed» by the physics, as is the case with snow and ice, etc..

Water will freeze and thaw at random temperatures, gravity will cease to be a force to be reckoned with — and the world will finally be free from those «laws of physics»...

In recent years, the Fraunhofer Institute for Building Physics IBP in Stuttgart has carried out a large number of experimental tests to investigate the drying behavior of wall, floor and ceiling structures with artificially induced water damage.

If one tried to actually write «the» partial differential equation for the global climate system, it would be a set of coupled Navier - Stokes equations with unbelievably nasty nonlinear coupling terms — if one can actually include the physics of the water and carbon cycles in the N - S equations at all.

This NASA website substitutes his theory with a claim of more «reflection» from higher surface area of water droplets: http://geo.arc.nasa.gov/sgg/singh/winners4.html: it's incorrect physics.

This remains to be seen, of course, but it's important to point out that the trospospheric amplification prediction does not originate in the models but in the basic physics of radiative transfer in combination with the Clausius - Clapeyron relationship describing the change in atmospheric water vapor as a function of temperature.

«The physics» includes the demonstrated relationship between temperature and water vapor pressure: vapor pressure increases supralinearly with temperature, meaning that a 1C increase from 15C to 16C causes a larger increase in vapor pressure than a 1C increase from 5C to 6C.

p.s. And to make it clear, the reason I'm not at all surprised that this has been missed out and that you know nuttin about it, is because for several decades universities have been teaching from the AGWSF energy budget, which is missing the WHOLE Water Cycle, and none of you super educated in physics with years of teaching and phd's have even noticed it's missing!

You can even read up on the physics of water as a greenhouse gas that also isn't difficult to show with simple science,

Oooooops, so tell me again, how many GCMs have physics which match with the observed reduction in relative humidity with rise temperature and the consequent negative water vapour feedback?

I have no clue if this group has figured all that out, but there are some serious flaws with the application of radiant physics on a chaotic water world.

There are other methods for using several data series when the physics of a system is too complex; they avoid dealing with «models embodying the laws of physics... with parametrization of the water vapor cycle» and provide convenient checks.

So, that's 1.2 degrees C for the basic physics of added greenhouse effect of a doubling of carbon dioxide in the atmosphere; coupled with a further increase of a similar magnitude from changes in atmospheric water vapour that come about as a direct consequence.

47 Hydroelectric Example: Physics for the IB Diploma 5th Edition (Tsokos) 2008 Hydroelectric Example: Find the power developed when water in a stream with a flow rate of 50 L / s falls from a height of 15m.

If we take a further step and consider the atmospheric state at a location (or even the global average) with respect to temperature or precipitation, we may observe that physics does not imply any preservation law for temperature (the total energy is preserved, not temperature) or for precipitation (the total water balance is preserved, not the rate of precipitation).

Exactly why CAPE increases as the climate warms is still an area of active research, Romps said, though it is clear that it has to do with the fundamental physics of water.

Also, regarding subsea volacanic eruptions — a volcanic eruption involves release of magma at several thousand degrees C plus superheated gases — when that hits cold sea water you are going to have a very violent and explosive change of form from lquid water to steam combined with the release of dissolved gases (mostly CO2)-- I am not sure what laws of Chemistry and Physics you are looking at, but I would suggest that that those bubbles and heated gases and water will rise to to the surface very quickly and have a major local effect on any nearby ice.