Ch. 5 - Bergeron Process & Collision/Coalescence Process

[@ivankuznetsov9342]

I don't know why exactly EASA decided this stuff is important for flying an aircraft, but you are saving my pilots ass with this brilliant explanation. Thank you.

[@DollfaceNetwork]

in 1 minute and 49 seconds you explained a concept to me that I could not understand for the life of me!

[@trip_on_earth]

thanks a lot for the simple explanation. Best wishes from a Pilot.

[@anastasiiashkola7846]

Watched it 7 times and finally understood! Thank you very much for the vid ❤

[@lucreciadelaurentiis2583]

You're just great explaining. Thank you very much, xoxo from Argentina!!

[@sssyncc]

Thanks for putting this up! You seem like a wonderful teacher.

[@rubelecar]

Very good explanation.Thank you very much from Madrid, Spain.

[@user-mx8xi3ji7w]

awesome lecture mam what a explanation

[@RohanKumar-ex4rv]

Awesome!!l love you madam....I got to understand this process clearly after 5 years😂😂

[@MountainManReview]

Fantastic explanation - Now I understand!

[@geographic-nirvana]

Wow...an amazing expalanation...from India

[@chinkeshmeena6028]

awesome explanation with simplification thanks...

[@anopheles4417]

very informative video.

[@ashirwadtripathy3564]

Very helpful, thank you Gigi.

[@bkkaleindia5471]

Thanks for simple and informative explanation

[@bkkaleindia5471]

From India 🇮🇳

[@Conqurer26]

​@@bkkaleindia5471 love from india ❤

[@Conqurer26]

​@@bkkaleindia5471 bhai geo optional hai apka ?

[@Echo_Lima]

thank you very much for this video! it really helps for my forthcoming meteo exam!

[@robinsonnarengbam]

Thank you vividly explained!!

[@harshdesai9891]

Thanks
Short and sweet explanation

[@shoshannajiang7402]

This is super helpful, thank you!

[@KuldeepKumar-to5lq]

Best explanation... thanks

[@Ferdfizz]

Just Thank you 😊

[@superJohnnydeppfan]

Amazing thank you!

[@NeonCooky]

thank you so much for this!

[@leoncedeno7268]

Impecable explicación :)

[@cfg003]

THANK YOU!!! Absolute lovely explanation!

[@dangharleen]

wonderful!! thanks.

[@joshm8292]

Thank you! :)

[@Himanshu-cc5cn]

Thank you Ms. Richard. Very nicely explained. But could you please tell what is the trigger mechanism for the Bergeron process?

[@karimshariff7379]

My understanding is that the saturation pressure over ice is smaller than above liquid water, i.e., the supersaturation is higher over ice. Therefore for the same radius, an ice particle will grow faster.

[@BuyYourBuild]

very helpful!

[@707rohit]

Why saturation vapour pressure of ice is lower than water?

[@dsivapradeep]

+rohit gupta Water is a liquid state with loosely held molecules as compared to solid state ice. Hence, kinetic energy for liquid state is more than solid which results in higher vapour pressure for water than ice.

[@Edgecrusher28]

Why are the water droplets evaporating in this process?

[@abhim7]

Because of high temperature on land

[@randomclip7151]

because pressure released ..pressure and temperature are directly proportional. as pressure reduce .water strat evaporate at the lesser temperature,, that's the reason why water boils faster at height(high altitude) than ground

[@teetusingh2288]

Well explained

[@1.4142]

Cool

[@deAbreu2000]

And now Bergeron makes sense.

[@fabianxx905]

Actually it is called the Bergeron-Findeisen process. Not just Bergeron-process.

[@user-kk7wd9ms1v]

Actually not just bergeron findesein but Wegener bergeron findesein....hahaaa

[@shakinblake22]

It's BUR-jur-ahn. Trust me, I'm a Bergeron.

[@gianmarcochinazzi8499]

Any other Easa atpl student?

[@imbillythompson]

Caa but yup

[@ashirwadtripathy3564]

Very helpful, thank you Gigi.