jimmcginn wrote:Interesting. But would it eliminate any charge that is resident in the air?
JimMcGinn wrote:
Something is keeping indisputably heavier clouds from falling out of the sky.
MerLynn wrote:This thread and all it's arguments are based upon the theory water is a molecule. What if it isnt?
seasmith wrote:JimMcGinn wrote:
Something is keeping indisputably heavier clouds from falling out of the sky.
Yes, the same thing that is driving those towering cumulus rain clouds high up into the sky.
I briefly described (in the other thread) the electrical process, (as generally also did Comingfrom), and provide links with exhaustive explanations of the electrical forces involved.
You may occasionally to miss things while in those ad hom hurling episodes,but
no worries ...
MosaicDave wrote:As you can see even seemingly simple things like drying shoes and bottles can become very complicated; I am happy to help!
The mystery deepens.
jimmcginn
fosborn_ wrote:The mystery deepens.
jimmcginn
Not for William of Ockham.
Its lighter than air.
fosborn_ wrote:The mystery deepens.
jimmcginn
Not for William of Ockham.
Its lighter than air.
fosborn_ wrote:fosborn_ wrote:The mystery deepens.
jimmcginn
Not for William of Ockham.
Its lighter than air.
William of Ockham - Wikipedia
Wikipedia › wiki › William_of_Ockham
William of Ockham was an English Franciscan friar and scholastic philosopher and theologian, who is believed to have been born in ...
MosaicDave wrote:It's much easier to just assume that Avogadro's Law and the Ideal Gas Law apply with complete validity to air of various humidities, and furthermore to assume that evaporated water consists of a gas of individual H2O molecules.
MosaicDave wrote:I presume that the first thing he would say, is that all of these charts are invalid, because they are based upon the questionable "gaseous water" premise.
jimmcginn wrote:fosborn_ wrote:fosborn_ wrote:The mystery deepens.
jimmcginn
Not for William of Ockham.
Its lighter than air.
William of Ockham - Wikipedia
Wikipedia › wiki › William_of_Ockham
William of Ockham was an English Franciscan friar and scholastic philosopher and theologian, who is believed to have been born in ...
Why not just tell us what you think?
jimmcginn wrote:seasmith wrote:JimMcGinn wrote:
Something is keeping indisputably heavier clouds from falling out of the sky.
Yes, the same thing that is driving those towering cumulus rain clouds high up into the sky.
I briefly described (in the other thread) the electrical process, (as generally also did Comingfrom), and provide links with exhaustive explanations of the electrical forces involved.
You may occasionally to miss things while in those ad hom hurling episodes,but
no worries ...
Okay, maybe I missed something or misjudged your intentions. Are you saying you concur that microdroplets can be suspended between air molecules by electric forces?
https://www.scientificamerican.com/arti ... loat-when/
Scientific American.
Another way to illustrate the relative lightness of clouds is to compare the total mass of a cloud to the mass of the air in which it resides. Consider a hypothetical but typical small cloud at an altitude of 10,000 feet, comprising one cubic kilometer and having a liquid water content of 1.0 gram per cubic meter. The total mass of the cloud particles is about 1 million kilograms, which is roughly equivalent to the weight of 500 automobiles. But the total mass of the air in that same cubic kilometer is about 1 billion kilograms--1,000 times heavier than the liquid!
fosborn_ wrote:based on MosaicDave 's simple observation, this explanation fits his model better than your notions.https://www.scientificamerican.com/arti ... loat-when/
Scientific American.
Another way to illustrate the relative lightness of clouds is to compare the total mass of a cloud to the mass of the air in which it resides. Consider a hypothetical but typical small cloud at an altitude of 10,000 feet, comprising one cubic kilometer and having a liquid water content of 1.0 gram per cubic meter. The total mass of the cloud particles is about 1 million kilograms, which is roughly equivalent to the weight of 500 automobiles. But the total mass of the air in that same cubic kilometer is about 1 billion kilograms--1,000 times heavier than the liquid!
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