Saturated Vapor Pressure

I explain the basic concept, and it took more than two minutes this time. Check out my chemistry playlist:
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[robertcruikshank]

I forgot to add: relative humidity is "what percent of full (of water) is this air?" Saturated water vapor pressure means 100% humidity. If the temperature drops, the air can't hold as much water, and you get dew--or frost if it is cold enough!

[rajeshkumar-ptwf]

Best explanation I've seen of saturated vapor pressure. After watching this video actually things got cleared.

[kaylarudd]

From a nurse anesthesia student, THANK YOU! I love how you explained this

[maxpower]

Best explanation I've seen of saturated vapor pressure. Thank you for taking the time to make this video!

[yeahamalice]

You, my friend, are a lifesaver. Thank you, great explanation

[samirfive]

That was very well explained, Thank you Sir.

[LostCityExpeditions]

This really helped me understand better, thanks!

[trendytrenessh]

Ah I now understand, I was confused between the different "types" of pressure before finding this video - thanks a lot!

[merelymaterial]

nice efficient explanation. thank you.

[ThomasSun-xwux]

Really clear explanation. By the way, can you explain the exponential relationship between temperature and the saturated vapor pressure?

[martinmartin]

Nice video. It would be good to see one where you go into detail about the equation (ideal gas law..?).

I am currently making a CPC (Condensation Particle Counter). The vapour chamber is technically "open" to the atmosphere. How does this effect the vapour pressure?

[luansaraiva]

Hi Robert, thanks for the great explanation. What I still don't understand is the concept of vapor pressure within an air parcel. For example, an isolated air parcel warmer than its surroundings will rise, as it rises the parcel expands and the temperature start dropping. What happens in terms of water pressure there? I know it'll be more likely to form liquid water since molecules will slow down as temperature/internal energy decreases, but I can't link this concept if I think what happens with water vapor since there's no body of liquid water at the beginning when air parcel start rising.

[beingentrepreneur]

Please also explain the concepts of solution thermodynamics ???