Chapter 10 Adiabatic processes, lapse rates and rising air

[@FlyingV53223]

I was searching all over the internet trying to find the differences between Environmental Lapse Rate, Dry Adiabatic Lapse Rate & Saturated Adiabatic Lapse Rate and couldn't find anything. This video helped explain all of them. Thanks a ton!

[@miguelromero9964]

My professors is the president for state climatologist, and I was confused listening to his explanation. You have explained in such excellency!!

[@antonvamplew]

I know I'm late to the party, but I just wanted to thank you for your clear explanations - finally I also (not what I was here for) understand the formations of the Föhn winds from the dry/wet rates. Thank you!

[@svensubunitnillson1568]

Clear and consise. sometimes reading concepts can be hard, but with graphics and clear language you've explained it brilliantly. danke!

[@Twinkler]

You sir, are a gentleman and a scholar. Thank you!

[@dharvell]

This is the best explanation I have seen, yet. Very clear and very well explained. Thank you, for this!

[@losegc1460]

As a Paraglider your very good explanation will help me fly better. Excellent video.

[@debbietyson515]

Thank you. You helped me put scattered information together to make much better sense of the subject.

[@stefanbecker9933]

I am glad to hear that, Debbie.

[@tonsomhorst4598]

You are a HERO, Finally, someone puts this difficult subject into a understandable from.

[@stefanbecker9933]

Thank you, Ton. Glad you like it.

[@autumn_405]

Your channel had been super helpful. Going to the exam now feeling a lot more comfortable with this topic. Thanks

[@mreeeeee9112]

I come here because I don't understand Adiabatic lapse rate. This actually helps me a lot, thanks!

[@jayanbarik5876]

Wonderful , thank you for your brief explanation with images and graph...I have understood well keep it up sir

[@shashikantmishra5959]

I have searched a lot vedio lectures on atmospheric stability. yours explanation is crystal clear. Thanks for clearing my doubts through animated slides and lucid explainations.

[@stefanbecker9933]

Thank you for your kind comments, Shashikant.

[@user-ov3gv8gd9k]

@@stefanbecker9933 ⚠ God has said in the Quran: 🔵 { O mankind, worship your Lord, who created you and those before you, that you may become righteous - ( 2:21 ) 🔴 [He] who made for you the earth a bed [spread out] and the sky a ceiling and sent down from the sky, rain and brought forth thereby fruits as provision for you. So do not attribute to Allah equals while you know [that there is nothing similar to Him]. ( 2:22 ) 🔵 And if you are in doubt about what We have sent down upon Our Servant [Muhammad], then produce a surah the like thereof and call upon your witnesses other than Allah, if you should be truthful. ( 2:23 ) 🔴 But if you do not - and you will never be able to - then fear the Fire, whose fuel is men and stones, prepared for the disbelievers.( 2:24 ) 🔵 And give good tidings to those who believe and do righteous deeds that they will have gardens [in Paradise] beneath which rivers flow. Whenever they are provided with a provision of fruit therefrom, they will say, "This is what we were provided with before." And it is given to them in likeness. And they will have therein purified spouses, and they will abide therein eternally. ( 2:25 ) ⚠ Quran

[@mitchellkaye9619]

I came to this video during preparation for a Sailplane FAA oral exam and checkride. Thank you so much. The content is concise, clear and the illustrations really clarify the material. Best wishes

[@whatcatiedid]

Really informative with great visual aids, really easy to understand. thank you!

[@alexandranickerson805]

This has been the most helpful video ever! Thanks for posting!!

[@nickfordham1697]

brilliant explanation of several tricky concepts, bravo!

[@fwfw9898]

Now I can confirm the adiabatic lapse rate is relative to the air pressure! Thanks a lot!!

[@carlbrenninkmeijer8925]

So clear ! It removed some of my cloudy thinking this is excellent !

[@kimlibera663]

This was informative with good figures to explain these complex processes.

[@RajivShekhar-un9hm]

Superb lecture. So easy to understand. As professor myself, I have a lot to learn from Prof. Becker.

[@jadhavmadhav]

You are simply great teacher...Very good explanation...thank you

[@eyrndt]

Your video is very helpful and cleared up some confusion about the adiabatic processes. Thanks!

[@UgneValantinaviciute]

Great video. I'd like to thank my friend Roisin for keeping me company as I watched it.

[@gba7613]

Wonderfully explained. I got the point. Thanks .

[@stefanbecker9933]

I am glad to hear that, Abhishek.

[@gsvbina]

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[@catvalentine4317]

Incredibly informative! Thank you so much for providing such a well-structured lecture for free! :)

[@robdalsheim4481]

Thank you Stefan! Now I finally understand thanks to you!

[@JustinKwood719]

This really helped me. I was reading my geo textbook and felt so lost. Now it all makes sense.

[@stefanbecker9933]

Terrific, Justin. I am glad to hear that.

[@geekycactus1237]

Amazing, I’d like to thank my friend Mila for sending me this

[@ascdrnzl]

thanks from Turkey! this video helped me for my mid-term exams :)

[@mattia3710]

Terrific! Thank you very much for your great explanation

[@rahulbhushna14]

Finally, I am knowing the basics of this topic. Thanks.

[@arushisabharwal1267]

Many thanks for such an amazing video. May God Bless You!

[@gsvbina]

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[@crudek2uranga95]

Awesome presentation. Keep up the great passion.

[@grindupBaker]

Thanks "pull it upward" at 9:44 S.B. "push it upward". A huge version of the effect at 6:57 is the desert zones nominally latitudes around 30S & 30N. It rises wet from warm ocean in the ITCZ and cools at the moist rate, heads towards Poles, gets turned west--->east by Coriolis Effect and then descends warming at the dry rate with the water latent heat having warmed it on the way up & hot dry air at the surface results, deserts.

[@deepstudy6935]

I would be very thankful to you. Thank you.

[@KGopidas]

Wonderful analysis and presentation. Thank you very much

[@krishnavenimeka5717]

the 10 mins video you clear all my doubts regarding lapse rate thank u sir

[@adriancampos4027]

Thank you for the great explanation!

[@nalininanda1976]

Thanx alot.U explained it in an easy language without taking much time ,i cud finally understand this topic after searching alot .

[@asratayele680]

Thanks a lot an excellent explanation. I mean short and clear!

[@kainajones9393]

Finally!!! a clear explanation. Tried wikipedia, and as usual the explanation was written for a postdoc in thermodynamics.

[@ajaythakur5018]

I am thankful to you,,for this explanation,,it help to understand me about,, Climatology,,,how air get warmed while decends down the leeward slope due to adiabatic process.

[@JTT-ft3eb]

Good video mate, clean explanation. nice work

[@michaelaberger6403]

This explanation is clear! Thank you!

[@gulabjamun6897]

Great Sir, Hats off

[@corazoncubano5372]

Excellent and simple explanation.

[@graysgray2660]

Thank you so much for the clarity

[@arushisabharwal1267]

Great explanation.Thanks!

[@merazraza4201]

Finally learn the Adiabatic process.. thanks man😍

[@ephraimmotsemme286]

Thanks, this video really helped me, keep up the good job

[@fayappiah7794]

Amazing explanation. Thank you

[@loganwolf6517]

this concept was a confusion to me until I head it from you.

[@stefanbecker9933]

Thank you, Logan

[@gsvbina]

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[@Mzing_Anonymous]

Thank you very much.I find this very information and insighful.

[@emilygibb4919]

thank you so much I did not understand this at all until watching this video!

[@stefanbecker9933]

Thank you for your kind comment, Emily. I am glad that you found the video helpful.

[@jsaezf1757]

Really really good explanation! thanks a lot!!

[@gauravjha6615]

Great Work. So easily and efficiently explained. Thank you

[@stefanbecker9933]

Thank you, Gaurav

[@Gabby-du4mc]

Awesome video! Thanks

[@Aizalfatima31]

Sometimes a single word can help a lot .Really helpful sir thanku

[@the81kid]

Very clearly explained. Thanks!

[@somanshbudhwar]

Amazing! Thanks.

[@mamatayogi6920]

Omg u just nailed it.thanks a lot 😊

[@mancroft]

Thanks for this. Very well explained. 👍

[@drseven1275]

Stefan du bist ein Schatz !

[@jessalinnguyen1504]

Thank you so much! This helped me understand

[@airbxnee]

Explained better and more clearly than my ATPL material. Cheers!

[@stefanbecker9933]

Thanks, Luke. Glad you like it.

[@gooddeedsleadto7499]

Basically temperature is defined as average kinetic energy of molecules. Air at sea level is compressed compared to air at higher elevations. So Air at seal level have higher KE and the temperature is higher than temperature at higher elevation not necessarily because of the heat of the sun, but because of the increase in KE from air pressure on the ground. No heat is added from sun but, the average KE is higher from the increase in pressure at the sea level, so the heating is adiabatic. By the same resining The when air moves along the mountain upward and faces lower air pressure at higher elevations and average velocity or KE drops and air cools down due to adiabatic cooling at higher elevations.

[@gemihoney]

thank you very much for the clear explanation. I have a better understanding of DALR and SALR.

[@stefanbecker9933]

I am glad to hear that, Sheungyin.

[@abinayak1894]

thank you u gave better explanations than my staff

[@tiloschlumberger]

still very good contect - thank you!

[@dwamenahannah5317]

10a. 10 degree celsius decrease in temperature per 1000 meters increase in altitude 10b. orographic lifting, convection, convergence and frontal lifting

[@gokmen9928]

Very nice explanation! Regards.

[@tarnjitsingh3927]

Thank you sooo much this helped a lot

[@kylehill1523]

Your video is how I was taught BTW: Higher pressure has more kinetic energy therefore lower pressure will take the easiest path out/around. If you have something blocking ocean currents from forming for long periods of time you get 'higher' pressure over that blockage resulting in low pressure systems going the easiest path around. Models however don't take ocean currents into account, so you get all sorts of silly scenarios show up.

[@Prakriti_o_prem]

Thanks for clearing my views 👍

[@nikkykumari5381]

This video is really helpful for me

[@maxlamont2090]

tooooo cold. this video all you need and more. much love for this crackin explanation

[@muhammadasyrofialkindy8066]

what an excellent explanation

[@josephtetteh8493]

I now get everything I was struggling to understand

[@chadlasance1366]

Great video Stefan

[@Smt_Glaive]

thankyou sir. you saved my day!

[@igghatak5435]

Thanksss I got it vry clearly

[@LittleMonsterswiftie]

Thank you so much!

[@bubbaloop574]

Danke Schon Dr. Doom :)

[@weeduza]

Thank you very much..nice video 👌

[@benjaminahmedbegovic6333]

Thank you for such a well-explained presentation. This video helped me towards becoming a better student pilot. I have a question. If you know the answer to it, I would be very thankful if you answered. Are the dry adiabatic lapse rate of 10C/1000m and the wet adiabatic lapse rate of 0.6C/1000m only true for ISA (International standard atmosphere) conditions?

[@muskanmishra5581]

Very well explained 👍

[@sadikachoudhury7210]

Very helpful. Thankyou sir.

[@bheemsenk5808]

Easy to understand Thank u

[@nidhishukla4967]

Very well explained..

[@Manishakohli_]

Well explained 🌟

[@larrysiders1]

Thought Loop: Compressing a gas causes a greater number of molecules at a given average velocity to occupy a smaller space...so there will be more molecules slamming into the mercury in your thermometer in a given span of time...therefore hotter. How can compressing air speed up the little balls involved in elastic collisions? Momentum is preserved in every collision...so average velocity (temperature) cannot change. The gas molecules can only move faster by adding energy. It requires energy to compress a gas.

[@AbhishekBhardwajEVS]

Thank you so much

[@kylehill1523]

What we've been seeing in the Pacific is long term blockage (Likely the Great Pacific Garbage High) keeping the storm track going up into Canada and dive on down into the Midwest/East Coast leading them cool/wet and the west warm/dry. Models do not take any of this into account BTW: This is my personal observations over long term.

[@chakradharvakati2225]

thankyou sir love from India

[@m.o.gunasekar43]

Thank u so much Sir!

[@dellarandall6165]

Thank you very helpful

[@yannickbaluekumona8186]

Thanks, Sir for your brilliant and concise explanations

[@stefanbecker9933]

Thank you, Yannick.

[@rajeevkumarsam5499]

Nice lecture.

[@eajadverma145]

thank u sir plz keep teaching us