Air Stability

[@sarmaoverkarma5053]

explained in 5 minutes what I could't understand in 2 hours with my manuals... thanks!!!

[@gusrodriguez6026]

The first explanation that actually made sense to me, thank you so much!

[@panther-xc8929]

This was nicely explained and really useful for my paragliding studies. Thank you so much!

[@arielcabalin2746]

Great and very clear explanation !!!!
Thank you so much !!!

[@almadani2005]

Very nice explanation 🏅👍

[@tsehayenegash8394]

how could you draw dry and wet adiabatic lapse rate, please show us the program

[@sethregan8734]

Very helpful. Thank you!

[@RogerMentol]

very good, thank you

[@darvinraj_toms]

Great great explanation

[@raymondmiller3822]

Thank you for explaining this.

[@78jeen]

Thanks a lot, concise and clear.

[@udaywadhawan8766]

Very nice explanation. Thankyou ❤️

[@ixchel8772]

But how would air be forced to rise? What could be a cause?

[@charityhope645]

Can i ask for references?thank you

[@itsmaster661]

Thanx ma’am well explained..

[@trashboat6866]

great video :)

[@sosnarahayu2936]

Thank you for the explanation mam👍

[@TeagueChrystie]

Great video. Also, at 1.25x speed, you sound like Terry Gross. :)

[@georgeharvey7763]

great

[@kanakpratapsingh8466]

Thank you

[@pranayrenkutla]

Hey
For stable air saturated adiabatic lapse rate should be greater than surrounding lapse rate ...your stable air diagram is incorrect

[@cyr112]

Good for noticing. You can not have a rising parcel of air if the environment surrounding it is warmer.

[@darvinraj_toms]

I guess she is pre assuming If there is radiation condition which blows the warmer air up

[@thismightbedolly]

susan i stan!!!!

[@AF_CSL]

Thanks

[@pavankalyanpk8147]

Thank you mam😋