Sentences with phrase «what water heating system»

And if you were off the grid what water heating system would you recommend?

Not exact matches

So, for example, a big part of what drives a hurricane is the fact that you've got a lot of warm water near the surface of the ocean that is transferring heat into the air, and that's what's moving up, and that is a big part of then what's propelling the entire bigger storm system.

This one from Breville includes impressive features such as a 15 bar Italian pump, 1600W Thermo coil heating system, built - in stainless steel grinder (it allows you to grind only what you need for each cup for maximum freshness), and a function that automatically adjusts water temperature after steaming.

Consider the possibility that not just millions, but billions face disastrous consequences from the likes of (including but not limited to): Sandy (and other hybrid and out - of - season storms enhanced by the earth's circulatory eccentricities and warmer oceans); the drought in progress; wildfires; floods (just last week, Argentina had 16 inches of rain in 2 hours *); derechos; increased cold and snow in the north as the Arctic melts and cracks up, breaking up the Arctic circulation and sending cold out of what was previously largely a contained system, and losing its own consistent cold, seriously interfering with the Jet Stream, pollution of multiple kinds such as in China, the increase of algae and the like in our oceans as they heat, and food and water shortages.

But first, I am challenging the AGWSF energy budget, not your idiosyncratic version, and if you are defending the AGWSF Greenhouse Effect then prove that visible light from the Sun heats matter of land and water at the equator to the intensity these are heated which gives us our huge equator to poles winds and dramatic weather systems, which is what the AGWSF Greenhouse Effect claims..

In the real world, shortwave visible light from the Sun can not heat land and water, which is what it takes to get out huge winds and weather systems by these being heated intensely at the equator.

And in the real world this is exactly what does heat up the land and water at the equator to give us our huge equator to poles wind system and our dramatic convected weather, our storms, our monsoons, our water cycle.

This is what actually heats land and water at the equator to give us our huge wind systems from equator to poles and dramatic weather.

Prove visible light from the Sun is capable of heating the land and water at the equator intensely which is what it actually takes to get our huge winds from equator to poles and all our dramatic weather systems..

I am not interested in what you «think» might be happening, I'm asking you to return with proper scientific proof that visible light from the Sun physically heats the land and water at the equator to the great intensity these are actually being heated which is what gives us our HUGE equator to poles winds and DRAMATIC weather systems, in the real world.

Show how visible light from the Sun heats intensely the land and water at the equator which is what gives us our great and dramatic wind and weather systems.

So now we have a whole generation, because it was deliberately introduced into the education system, who believe the idiotic fisics «that visible light is capable of heating the water in the oceans», when in the real world and real world physics, a) water is a transparent medium for visible light, it doesn't absorb visible light at all but transmits it through unchanged, and b) visible light in the real world works on the electronic transition level on meeting matter, this level is tiny, it isn't capable of moving whole molecules of matter into vibration which is what it takes to heat water.

Science Challenge: Show how visible light from the Sun heats intensely the land and water at the equator which is what gives us our great and dramatic wind and weather systems.

Hence my science challenge: Prove that visible light from the Sun is capable of heating the land and water at the equator which is what it takes to give us our huge and dramatic wind and weather systems.

Prove the AGWScienceFiction claim that visible light from the Sun directly, physically, heats the land and water at the equator intensely, which is what it takes to give us the huge wind and weather systems we have.

If less energy comes in, the governor will try to maintain the energy flux into the system (Willis's retarding the appearance of clouds) but once all stops have been pulled out (the sky is clear morning to night), then the engine slows down — slower air and water currents, less addition of heat to the polar areas, dissipation of what heat has accumulated by radiation into space and return cold water not getting the heating it formerly did.

Imagine that you add a few external factors to that imaginary warming kettle (a fan or air conditioning vent blowing directly at the stove; adding more water (hot or cold) to the kettle; a bucket of ice cubes sitting by its side; etc.) and what we have is a heating system that is affected by those other factors - but the water will still eventually boil unless the burner is turned off or turned down significantly.

The simplicity of many solar water heating systems translates into minimal maintenance, however, it depends on what system you buy.

Broecker had already distinguished himself in his work on what's called the «ocean conveyor belt» — the system of jet streams and other circulatory patterns that stir the planet's waters, regulating heat along the way.

From what I understand there are funded programs that will allow limited financing to install solar panels, more efficient lighting or water heating / cooling systems.

A nice side issue on this is that it can be used in addition to solar water heating — basically you can get (with a good system) nearly 100 % of your water heated by solar, and then recover 50 % or so of that heat again for space heating — what a deal!

Insurance for renters protects you against damage caused by a variety of what the insurance industry call «perils» — such as fire, lightning, theft, falling objects, civil commotion, and water heating system problems.