Sentences with phrase «gets both heat energy»

The process of such evaporation and then condensation together with those other weather processes is an express route to get heat energy from ocean to surface to atmosphere to space and the bigger the temperature differential between ocean surface, atmosphere and space the faster they must all work to move the atmosphere back towards a temperature equilibrium.

AGWSF claims the Sun is 6,000 °C and says we don't get any heat energy from it..

Making charcoal as outlined gets both heat energy and carbon back to inactive, non - recycling form.

Not exact matches

@Kenrick Benjamin: «Skytag - Science have taken us back to the orgin where pure energy is eternal, we all know that Energy is govern by properties (Motion, Heat and Light) however energy it self is not sentient, so how did the porperties get it's LAWS.&energy is eternal, we all know that Energy is govern by properties (Motion, Heat and Light) however energy it self is not sentient, so how did the porperties get it's LAWS.&Energy is govern by properties (Motion, Heat and Light) however energy it self is not sentient, so how did the porperties get it's LAWS.&energy it self is not sentient, so how did the porperties get it's LAWS.»

Skytag - Science have taken us back to the orgin where pure energy is eternal, we all know that Energy is govern by properties (Motion, Heat and Light) however energy it self is not sentient, so how did the porperties get it'senergy is eternal, we all know that Energy is govern by properties (Motion, Heat and Light) however energy it self is not sentient, so how did the porperties get it'sEnergy is govern by properties (Motion, Heat and Light) however energy it self is not sentient, so how did the porperties get it'senergy it self is not sentient, so how did the porperties get it's LAWS.

@JDJ: the storm came because our planet has warm zones and cool zones, due largely to the energy our atmosphere receives from the sun, and storms are how heat gets transferred from the tropics to the temperate and frigid zones.

These little energy balls helped me doing my workouts with Country Heat so that I didn't get burned out.

If you've got it, flaunt it — and your hair will remain perfect until the excess energy you used powering two hair dryers will hasten the world's expenditure of fossil fuels to the point where we can no longer afford the electricity to power hair dryers, and instead resort into walking into darkened caves full of bats and allowing the collective heat of their tiny nocturnal bodies to hasten the evaporation of our surplus hair water.

The molecule gets rid of some of the absorbed energy by heating up the material around it, and this generates a pressure wave.

But one of the things that I have been very impressed by here is a lot of the stories of hope; many folks have traveled a long way to share what they are doing on a very local level to help combat climate change, and that's everything from, kind of, rural electrification in Africa and India, you know, bringing light to people who are still using dung or coal for cooking and heating and dying from indoor air pollution to, you know, major renewable energy projects, say, here in Denmark where they now get 20 percent of their electricity from wind power.

Because most salts only melt at high temperatures (table salt, for example, melts at around 1472 degrees Fahrenheit, or 800 degrees Celsius) and do not turn to vapor until they get considerably hotter — they can be used to store a lot of the sun's energy as heat.

How does all that energy get into the corona without heating up the surface?

But it has been unclear whether that dust is heated by the energy created as matter gets sucked into the black hole, or by radiation from newly born stars.

And, you know, their typical day is 115 degrees and humid, they've got no source of fresh water; so they desalinate volumes of water but that takes a lot of energy and a lot of the waste there is in terms of heat.

How does that electronic energy get converted to heat, you ask.

You have those, you kind of solve a lot of the blanket problems where you have your fusion blast in the center and then it hits a blanket which is basically nuclear waste, depleted waste, and there's a lot of left over energy in that waste; and you have neutrons hit that waste and then that catalyzes further reactions, you get a lot more heat.

Control basically means it doesn't explode, it just moves along slowly and produces heat and you can then use that heat, and they've been working on this for decades and decades now and getting closer and closer to the point where they're producing actually more energy than they put into the experiment.

If an LED system does not have an effective way of getting rid of excess heat, rising temperatures will damage LED components, dimming the light and curtailing its lifetime, according to the U.S. Department of Energy.

In household refrigerators, for example, the heat exchanger at the back gets warm because the energy extracted from the objects inside is deposited there.

Release more energy, again in the form of infrared radiation, aka heat — and you effectively get free A / C.

These apparently evolved not to store but to burn energy — quickly, as a way of generating heat and keeping the body warm in cold conditions, as well as possibly to get rid of excess caloric intake.

The total energy hitting Proxima b is only 65 % of what Earth gets from the sun, so liquid water could easily exist there so long as the planet has some sort of atmosphere to trap heat.

It will get hot and radiate away some of its energy — «shine» — as it shrinks, so hastening the shrinkage and heating up even further.

Methods: Researchers Drs. Samson M. Hagos and L. Ruby Leung of PNNL, and Dr. Jimy Dudhia of the National Center for Atmospheric Research, looked at two major factors that propel and sustain the MJO: thermodynamics, or where it gets its heat and energy, and moisture.

When they applied an energy source to the fibers — typically heat — the scientists got different versions of their artificial muscle fibers to contract by 49 % or to expand by 67 %.

If we had launched the Triana / DSCOVR climate satellite ten years ago, instead of mothballing it, we'd probably have robust answers to the energy budget question, and we could get the ocean heat change by calculating the (total energy change)- (atmospheric warming).

Dr. Justin Marchegiani: And we'll do that in the morning before we get up and we'll do it in the afternoon before lunch, because if we increase metabolism, we're thinking that that's gonna spill over into objective symptoms like energy but we'll also see it as heat in the temperature.

Brown fat increases your metabolism by burning off your ugly white fat to get the energy it needs to generate enough heat to keep you warm but...

It is a very natural energy, no shakes or headache, and I could stop and relax when I got too hot, but I was never exhausted from the heat.

I'm happy to finally be getting some energy back too — this heat is what's bugging me;) wishing you all the best + excited to follow along with your pregnancy!

By the end of the month I was getting so excited to come home and now that I'm here, I'm missing the heat and energy of Thailand.

The arguments get heated when Bruce suggests a radical plan: Use the energy from one of the cubes to revive the deceased Superman (Henry Cavill).

Silver City Consolidated Schools, in New Mexico, got $ 357,500 under the American Recovery and Reinvestment Act to install a solar hot - water heating system and other energy - saving features.

And finally, the available materials didn't always fare well under the high - heat, high - rpm operation of a turbocharger, which gets its energy from hot, flowing exhaust gases and typically spins well past 100,000 rpm.

The RX introduces the sixth generation of Toyota Hybrid Synergy Drive, the best yet at squeezing maximum current through the electric motor - generators — whether they're powering the car or capturing energy from braking — without the heat getting out of control.

If you're planning on completing extensive renovations that include heating upgrades, new windows and doors or better insulation, consider getting an energy audit.

Heat is the energy what gets molecules moving.

The thin atmosphere allows Mars to more easily radiate heat energy away, so temperatures near the equator can get up to 70 °F (21 °C) during a summer day, and then drop down to − 100 °F (− 73 °C) at night.

In any case, no - one is suggesting that the planet's core is getting hotter, which would be needed to actually make our planet warm; to the contrary, the planet will be very slowly cooling as the radioactive elements in the core providing this heat gradually lose their energy.

Thus, some heat gets converted to kinetic energy, but that gets converted back to heat, either by viscosity or by thermally - indirect circulations that produce APE while pulling heat downward in the process (LHSO: Ferrel cell (driven by extratropical storm track activity), Planetary - scale overturning in the stratosphere and mesosphere (includes Brewer - Dobson circulation (I'm not sure if the whole thing is the Brewer - Dobson circulation or if only part of it is)-RRB-, some motions in the ocean; LVO: wind driven mixing of the boundary layer and of the upper ocean (though mixing itself tends to destroy the APE that the kinetic energy would create by forcing heat downward)-RRB-.

Add in that if it's the sun, the entire atmosphere will warm, since there's just simply more energy put in to the system, whereas if it is CO2 or other blanketing method, there's no extra energy put in, therefore the ground will warm and the upper air cool (since the upper air isn't getting the warming from the lower layers it used to get and the lower layers aren't losing the heat they used to).

So, if lower volcanic activity during a period allows the concentrations aerosols to fall, more energy gets into the earth system, thus generating more heat.

The integrated «smart grid» electrical power network may be needed to make wind farm power available in the right places, but it will also perpetuate the most wasteful practice known to man which is the system of central power plants that throw away up to twice the heat energy as they manage to get converted into electric energy.

How can it get colder unless energy is being reflected back into space before it is absorbed / released by the earth as heat or the energy is being used to warm the oceans to a greater depth.

Unlike inertial systems, magnetic systems have reached the temperature necessary for fusion, but only through external heating devices that themselves use so much energy that you get no net energy out while they are on.

If the surface layer of the ocean is not quickly exchanging energy with the troposphere, which it can do easily and quickly but retaining the energy, why is it not heating up far more rapidly, If you are saying it is getting rid of it to the deep oceans, how precisely is it doing this so quickly?

Since there are 2 types of energy, kinetic and heat, we might expect that some of the increasing GW heat would translate into increased hurricanes & storms... or maybe it'll be doled out in bits and pieces that no one hardly notices... or maybe it'll just mainly stay in a heat form and not get kinetic on us.

They get just as clean, and by not having to heat the wash water, our energy consumption (and energy costs) are much lower.

The two billion people on the planet who lack a light bulb or scrabble for firewood for cooking or heat (sometimes getting into knife fights in the process) need affordable, convenient energy sources now — whether from a solar panel or biogas, or from a conventional power plant or propane tank.

The best translation I can get relates to insolative passive solar heating with radiant energy sinks.