Sentences with phrase «because condensation»

Had this been true, condensation in hydrostatic equilibrium could have never changed the surface pressure prior to precipitation fallout, because condensation of gas (vapor) into liquid does not change the total amount of matter.

It's kind of like considering water vapor as a gas expanding into more space that it is given when it is warmer because the condensation level rises higher.

This is because condensation raises temperature and hence the partial pressure for 100 % RH must rise too!

You state ``... [the condensation rate] is proportional to vertical velocity w (because condensation is due to cooling, hence it is proportional to the velocity of movement along the temperature gradient)...» (my emphasis).

That's, of course, possible only, if there are no places where saturated air ascends vertically, because condensation can most certainly not be prevented in such ascending flow.

This also makes good sense, because condensation is indeed a first - order reaction.

Because condensation forms on the inner surface of the mask, thus clouding the mask, you will be given a «de-fog» solution to use on the mask prior to diving into water.

Not exact matches

I do not recommend freezing them, because there will be condensation when they thaw... water and chocolate don't mix.

That's because the dwarf planet's sparse atmosphere is thickest at lowest elevation, making condensation of the ices most effective there.

Ultrafine particles, which form from condensation of hot exhaust vapors, are of particular concern because they deposit deeply into the lungs and can enter the bloodstream.

It had — it took some time to first prove the consistency of our theory which was up to the beginning of the 70's the standard model was being done and only after that could one look for a test because a standard model was wonderfully made, except for the missing element which was that Boson whose condensation is what gives the mass particle and the short - ray forces.

Because the particles are mostly light, the condensation could be induced in room temperature.

Because UBE1Y and KDM5D are involved in DNA condensation, he added, «they have a very compelling biological role, evolutionarily.»

I first clued in that there was moisture in the car because of condensation on the interior of the windscreen.

The Pocketbook article also advises against using an ereader in places with really high humidity because it can cause condensation to build on the inside of the device.

That's because air sealing in a historic home can dramatically impact how moisture moves through a structure and this could impact the build - up of condensation as well as mold and mildew (which can lead to rot in your home's wood - frame structure, along with hurting your health).

Miss Pickford, a four year old tabby - and - white cat named because she was found in a Pickfords Removals container when it arrived in Bedfordshire, is now safe and sound at Cats Protection's Birmingham Adoption Centre, and it's believed she survived by licking the condensation from the walls of the container.

In fact much heat is taken from the lungs by panting - you see the condensation dripping from their tongues - because evaporation is the primary method of cooling whether through sweating or panting.

Because the ear is closed to outside air, heat can be trapped inside leading to condensation.

She describes how Pompeii seized hold of her imagination «because of its apocalyptic destruction it was both a memory and a mirror, a condensation of our possible destruction by a nuclear holocaust.

Sweating wouldn't cool you because you would be the condensation nucleus.

... the higher up you go the less water vapor you normally get because it is too cold to have available water vapor (the rate of condensation strongly exceeds the rate of evaporation)... unless you warm it and «suddenly water vapor just appears» where it was mostly absent before.

The condensation level at the top of the boundary layer will prevent this increased humidity reaching further up into the atmosphere, because it will be rained out from the clouds at the condensation level.

Additionally, the distortions of the lapse rate in ascent are greater than for CO2 because water vapour is lighter than air and contains more energy in latent form which heats the air around it when condensation occurs during uplift.

Low temperatures in Arizona have increased in urban areas, because of grass, trees, irrigation (anything which increases humidity and / or causes increased condensation,) asphalt, buildings, air conditioners, etc..

Because the atmosphere contains condensation nuclei, significant amounts of supersaturation with respect to water rarely occur.

This is true in the sense that it makes up the bulk of the infrared opacity in our atmosphere (~ 50 %, and clouds another 25 %), but because it condenses at Earth - like temperatures is very short - lived in the air as it goes through the evaporation, condensation, and precipitation cycle.

You'll have drought followed by freak precipitation events because of the increased condensation that is linked to warmer temperatures.

What Lacis means is that because of condensation and precipitation, water vapor is limited in the atmosphere by the temperature.

Additionally, because of condensation there is always a pressure readjustment in the column that occurs independently of the droplet fallout.

-- condensation of water vapor that occurs because of cooling.

This is because in the real world when the lapse rate is not dry adiabatic (and it is not dry adiabatic in an environment where condensation is at least distantly present), the descending air experiences an upward force being drier than the surroundings.

Furthermore the volume V = NkT / P should stay more or less constant since k and P are constant while NT (product of number N of molecules with temperature T) should also remain roughly constant because although N has decreased very slightly, this is offset by the corresponding slight increase in T. (This is how I would address Eli's concern that condensation violates the ideal gas law.)

Their assumption of isothermal condensation is completely non-physical in nature, and also not explained in any way, which is a major shame because their whole result depends on it.

Condensation is certainly there and it's important because of the release of latent heat, but the loss of gas molecules is compensated automatically by rather small vertical adjustments in the atmosphere and does not drive anything of the kind the paper proposes.

The summary is that the common argument about a small pressure fall because of gas removal and a large pressure rise due to latent heat release are not relevant to the discussion of the condensation power.

Thunderstorm updrafts continue despite condensation because the supply of new vapour is faster than the rate of condensation.

This of course would be the case because a rising moist air mass is full of radiative gases that can emit as IR some of the latent heat released during condensation.

Our physical justification for condensation rate S (34) was that (1) it should only depend on vertical velocity and (2) must have total air (rather than dry air) subtracted as the reference because of the hydrostatic adjustment of air as a whole.

So, in light of that it is potentially misleading to say that condensation causes a reduction in pressure because one assumes that such reduction in pressure has occurred in the vertical plane so as to accelerate convection.

Condensation breaks the ideal gas law as a useful equation of state for the area where the condensation takes place, because knowing PV and n no longer tells yoCondensation breaks the ideal gas law as a useful equation of state for the area where the condensation takes place, because knowing PV and n no longer tells yocondensation takes place, because knowing PV and n no longer tells you what T is.

The altitude of condensation is determined by the moist adiabatic lapse rate and the moist adiabatic lapse rate is as low as it is, because of the warming that Vaughan described.

I would not however accept that this rephrasing is equivalent to AM's phrasing «water vapor condensation in any adiabatic process is necessarily accompanied by reduced air pressure» because the latter carries with it the implication that if significant condensation occurs at a fixed altitude, with no other effect such as failling rain, then there is a reduction of air pressure.

I think the reason «atmospheric scientists», I'm putting this in quotation marks because I think this refers to «climate scientists» whose basic physics I dispute, are resisting this is really quite simple, it includes condensation and as I've gone to some effort to explain, the Water Cycle is missing from the energy budgets and I give the following as examples of their narrative:

(Because of condensation during the equatorial ascent, which hot wet tropical monsoons tend to dump on New Guinea, Bangkok, etc., the air descending at 30 degrees ends up being pretty dry, but that's not super-important here.)

The alarmists are half aware of the potential negative influence of convection, clouds, evaporation, condensation and rainfall because they say that a warmer Earth will have more and / or bigger storms.

I have a strong hunch that NONE of these radiative calcs mean anything, anyway, because any of the effects are instantly overwhelmed by other phenomenon, such as convection and water evaporation / condensation.

I've moved out of an apartment and my previous landlord is asking me to pay to repaint the bathroom as it's crumbling because of condensation.

Water: condensation, such as moisture in crawl spaces due to leaking or sweating ducts; drainage problems because of an improper slope around the foundation or inadequate or missing downspouts; plumbing and roof leaks.

We found out several months ago that was not true and that the realtor first sold the home from a woman who had a pipe burst while she was away for the winter (Fire Dept was called because of condensation on windows) to a builder and then sold the home from the builder to us.