There is a mistake in the fraction to calculate the Relative Humidity percentage. The Total Capacity should be at the bottom and the current capacity should be at the top. The formula should be like, 10/20*100% = 50% 16/20*100% = 80% 10/40*100% = 25%
I understood and like it, thank you. But please update your equations. You wrote (20/10)x100% = 50%. It should be (10/20)x100%=50%. Same inadvertence observed in the other formula.
Error: Absolute humidity is mass of water vapor over volume of a parcel-the DENSITY of water vapor in a parcel. The absolute humidity, density, DOES change with temperature. As shown, the volume increases with a rise in temperature; And decreases with a decrease in temperature. 02:52 The parcel expanded so it’s now 10g of water vapor in an expanded parcel, or fewer grams of water vapor in the original volume. Either way the absolute humidity, density, went down with the increase in temperature. The changing with altitude nature of absolute humidity, density, is why it is not used much in meteorology. But why I use it in the study of tornado genesis and cloud formation. The buoyancy of an air parcel is directly related to the density of its air and its water vapor content.
Equations written in the video vs the equation said over voice does not match; the equations said in the voice is correct though.. T is inversely proportional to RH ( as said correctly over voice) Same is the issue with the calculation of RH values .. Ps: Otherwise explanation is nicely done "
There is a mistake in the fraction to calculate the Relative Humidity percentage.
The Total Capacity should be at the bottom and the current capacity should be at the top.
The formula should be like,
10/20*100% = 50%
16/20*100% = 80%
10/40*100% = 25%
Very nice
Too Good........!!!!
Liked and subscribed happily.
Thanks
Thanks and welcome
Very clear & good explanation.
you are teaching Cristal clearly in each topic. Pls make video for psychometric process also. Thanks
Sure I will explain.
Awesome work!!!
I understood and like it, thank you. But please update your equations. You wrote (20/10)x100% = 50%. It should be (10/20)x100%=50%. Same inadvertence observed in the other formula.
Clearly explained...Thanks!
Thank you
woahhh this is great. I automatically subscribed. thanksssss
Perfect perfect excellent teaching🎉🎉👌🏽👌🏽👌🏽👆👏🏼👏🏼👏🏼
Thank you
Clear teaching! Can you make video for VDP ?
Nice video
Grea explaination🎉
Thank you
Clear explanation bro 👌, happy
Thank you so much 🙂
Perfect 👍❤
Thank you
Very easy to learn.🎉 Brother please make a video on How BMS system and DDC Panel control AHU, Chiller, Actuator. How it works ?
Nice suggestion. Sure I will make a video in this topic.
Nice information knowledge but this book available please inform prices
Error:
Absolute humidity is mass of water vapor over volume of a parcel-the DENSITY of water vapor in a parcel. The absolute humidity, density, DOES change with temperature. As shown, the volume increases with a rise in temperature; And decreases with a decrease in temperature.
02:52 The parcel expanded so it’s now 10g of water vapor in an expanded parcel, or fewer grams of water vapor in the original volume. Either way the absolute humidity, density, went down with the increase in temperature.
The changing with altitude nature of absolute humidity, density, is why it is not used much in meteorology. But why I use it in the study of tornado genesis and cloud formation. The buoyancy of an air parcel is directly related to the density of its air and its water vapor content.
Great video
Thank you 😊
Equations written in the video vs the equation said over voice does not match; the equations said in the voice is correct though..
T is inversely proportional to RH ( as said correctly over voice)
Same is the issue with the calculation of RH values ..
Ps: Otherwise explanation is nicely done "
Sweeeeeet...just what I needed 👌
Glad it was helpful 🙂
There's an error in video -- it should be 10/20, 20/20, 16/20 (1:51) you explained everything clearly but just graphics data error. @zebra
Thank you so much for highlighting this. I have mentioned it in the comment section. Next time will be careful.
Please make video on heat pump. Thans
Yeah sure 👍
Absolute humidity is mass/volume.
When heated, volume increase while mass remain, shouldn't it be lowered?
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Clearly explained with simple analogy, I was hitting hard without this analogy.Math is the solution for problem.
I am glad it was helpful. 😊
Video with a V. Not wideo. It's not hard really. Try it.
Hi bro. Can i get your mail?
zebralearnings@gmail.com
Nice video