[ADI] PLUME BEHAVIOUR (ENVIRONMENT ENGINEERING) EXPLAINED (CE)!!! In Hindi

[@_pr_shankar_]

very wrong extremely wrong galti se wrong jo bhi ho .. but subadiabtic lase rate occurs when ALR > ELR and Super ALR occurs when ELR > ALR ..

[@Adiscience]

No it's not..... and yes when ALR> ELR then subadiabatic Lapse rate hota hai.... yahi to bola hai maine.... Jab ALR ka slope Jyada hoga ELR se tabhi to ALR neeche rahega ELR se brother..... Hence sub adiabatic lapse rate....

[@Adiscience]

Dhyan rakho rate bola tha maine.... Confuse hone ki jaroorat nahin hain..😜😜😜😜

[@Adiscience]

Aur rahi baat ye kahne ki.... ki jab ALR .... ELR se neeche hoga to Subadiabatic Lapse Rate hoga....to iska matlab ye nahin ki ALRELR hoga "R" ka matlab rate hai bhai.... Agar clear ho gaya doubt to comment mein jaroor batana.....

[@yogendratomar6671]

yes i also confuse with this

[@mayurmulik1647]

You are getting confused because you seeing slope as dy/dx but here slope is dx/dy chance in temp w.r.t height..... Rotate and then think of slope

[@ArabicCalligraphyyy]

It doesn't matter from where you are getting knowledge, I'm from Pakistan And this video was really very helpful , Stay blessed and thanks.

[@Anonymous-qq1yy]

Where from Pakistan bro?

[@27_arnavsinghce52]

No need to read 10 pages..you just made it so easy...thanks you❤️

[@Adiscience]

My pleasure...

[@mayurmulik1647]

Its been more than 3 years , No one explained in such clarity..... Thank you.......... Very helpful video... Your concepts are very clear

[@melcol]

You're literally better in explaining then all the physics and chemistry I tried to understand. Thank you!

[@Adiscience]

Thank You 😊

[@jitendrakumar-vm6zr]

Aaj tak nahi samajh aata tha ye topic lekin aaj apne bahut hi achhe se samjha diya thanku for such a nice presentation 👍

[@priyabharti4422]

This guy covered two topics in just 18 minutes 👏👏👏👏

[@sonalimalik3026]

Unstable atmosphere is when the air parcel rises up due to ELR>DALR and stable is when it sinks down due to DALR > ELR

[@EngineerPratik]

Hello . Need guidance for gate in environmental engineering

[@megha25nov]

Your explanation is really good as because of your explanation only I could figure out that there's a mistake in your explanation later @9':00.... because When ELR < ALR : Rising air will be cooler than surrounding air and will sink and thus atmosphere will be stable When ELR > ALR : Rising air will be warmer than surrounding air and therefore will keep on rising making atmosphere unstable

[@saurabhtiwari4989]

I was searching this in comments, somebody wrote atleast.

[@megha25nov]

@@saurabhtiwari4989 😇

[@prakritreeeeeee]

Thank you so much, sir. This video really helped me solve a question in my Fluid mechanics assignment.

[@Adiscience]

Happy it’s useful for you….

[@vikramgupta2122]

bahut bhadhiya explain kiye bhai maza aaaa gaya !! thankyou so very much !!

[@puneetgarg3481]

Very nice way of teaching

[@vaibhavdeshmukh2726]

Thank you bro🤩. Awesome explanation

[@ketansharma2335]

Super adiabatic is upar....well explained

[@shiv4658]

Best learning experience 👌

[@Chomuandpomu]

bht hi aala janab zbrdst smjhaya apne

[@gargivaidya3099]

THIS VIDEO WAS REALLY HELPFUL. PLEASE UPLOAD VIDEO FOR GAUSSIAN PLUME DISPERSAL MODEL.

[@navinkeshri1335]

At 9.50 minute pr thoda sa galat statement de diye h... Ye... Please correct it

[@siddarth_jain]

i have a doubt. you told ELR> ALR, so hot air should rise due to its density. why it is coming down, in case of looping plume?

[@harisreekumari6357]

Vedio was really very helpful........stay blessed and safe...thanks fr this vedio

[@janmejaya1988]

Excellent sir....thank you....very usefull for me...

[@nehagupta-jr1no]

Really ur explanation is best......

[@ritiktiwari108]

Hindi dil main utarti hai

[@Adiscience]

😂

[@geetikachatterji1515]

Thank you so much. So well explained

[@mrunalsomkuwar8004]

Plz add some more CIVIL ENGINEERING related videos ...specially for environmental engineering and geo technical engineering

[@bineetmishra2242]

I was trying to understand this topic since 1 year, but you made me understood with in 20mins.

[@shivanisen4332]

Thanku very much .

[@shariq2892]

Very nicely explained

[@trik3002]

Very nicely explained, it helped. An advice, plz explain at a little slow rate if possible.

[@riteshverma6074]

Awesome explanation 👍

[@BeJPcg]

Wonderful

[@komalsharma15070]

Thankyou so much this video is most helpful for me 😊

[@Adiscience]

Most welcome 😊

[@rammohanraothotapalli1359]

very good and beautifully explained video. Awesome.

[@Adiscience]

Thank You 😊

[@klr6594]

The Best explanation saloo.

[@Adiscience]

Glad you think so!

[@sumpipattinson]

Love from Arunachal Pradesh....uve got a great skill ..keep it up. 👍👍

[@Adiscience]

Thanks...

[@shubhamtiwari8881]

@@Adiscience bhai 5th case me elr alr se upar h to sub adiabatic lapse rate ho jayega na jo ki stable hota h lekin tm unstable kh rhe ho? 10:16 pr ...and last me loafting plume me tmne ise unstable kh

[@tumul1474]

tomorrow is my exam.... you saved my ass !! thanks a lot!

[@SoumyadipSaha14]

In lofting plume.. the slope of ELR is more than ALR,but in the figure it also shows that temperature of ELR is more.. then how can it be super adiabatic. Please explain sir.

[@blitzhope]

Adi the science gyu please respond

[@piyushmalode7342]

Since the temperature is more it will move upward.

[@Adiscience]

@@blitzhope Already responded in other comments please check that out....

[@mohammedshariq7075]

Excellent teaching keep it up👍🏼

[@Adiscience]

thanks....

[@devendrasingh7537]

its really good video thank you so much

[@sahushubham3107]

Bhot hard samjhaya bhai yrr ... Jaise coaching institute m samjhate hain same samjhaya bro yrr..🤝🙏🙏

[@Adiscience]

Dhanyavad 🙏🏻

[@sahushubham3107]

@@Adiscience bhai yr trickling filter ka mechanism samjhao

[@Adiscience]

Notes nahin hai abhi... par phir bhi try karoonga

[@sahushubham3107]

GATE ka exam attempt kre the qa bro kitni rank thi

[@Adiscience]

@@sahushubham3107 Nope..... I am already doing Masters at IIT-M

[@deepjoshi8591]

Wooooow.... Supperb...Thanks A Lot...👍

[@Adiscience]

Welcome....

[@niravpatel9176]

great explanation 🙌🙌

[@biologyp]

Very helpful video

[@Adiscience]

thanks...

[@SonuSingh-gg3fq]

Wow bhai kya explanation hai keep it up.

[@Adiscience]

thanks....

[@mihirpandey7831]

Scenic video for revision 🔥🔥🔥

[@Adiscience]

All the best.... and 😊 Thanks...

[@Patrick-lo5ix]

Really thanks

[@ashutoshtiwari7382]

Very good lecture bro

[@navinkeshri1335]

Bro... At 9.50 minute pr ap bole ho ki ALR GREATER THAN ELR. Then unstable and Superadiabatic... Please correct this line....

[@sumpipattinson]

Thanks frend ....😀

[@mohammadakibvahora2339]

Hi Can i know, in the fumigation, which inversion aloft or below?

[@rajeevkumarsam5499]

Nice explanation.

[@Adiscience]

thnks...

[@rajeevkumarsam5499]

Nice explanation.plz upload more lecture.

[@Adiscience]

sure and thnks...

[@pritikumari5733]

Thank u so so so much sir

[@ZakLiTLearnfortheEnvironment]

Your explaining quality is just A class

[@Adiscience]

thnks..

[@ritusharma9086]

some of the content is good but found some errors in the last part of video where you addressed subadiabatic as supeadiabatic in fumigating plume

[@pragatiprajapati7290]

I m also cnfused in last 2 plume behaviour..how it is super adiabatic lapse rate when elr is greater

[@rahulverma7223]

Judge it by the slope of ELR and ALR. Slope of ELR is greater so its superadiabatic.

[@harishperla28]

Thank you so much for giving nice video I searched many books for easy understanding,but I didn't get U made me easy understanding

[@aakashthakane7251]

Sir is there any fixed temp for alr on x axis. If yes what is that temperature??

[@pankajmaurya5326]

Well explained bro..thnx

[@Adiscience]

thanks....

[@arnabsarkar5623]

Very nice Sir. Keep it up

[@wahajhaque8014]

Best one. Love from Pak

[@zaynnaqvi9000]

Hi wahaj

[@sonicasinha]

Thanks, very nicely explained. Finally I understood, all the mixing.

[@Adiscience]

welcome...

[@sonicasinha]

ADI ThE ScIeNcE GuY if it is possible plz make some videos on problem solving on noise pollution.

[@Adiscience]

Sure I will, but these days I am a little bit busy and not able to upload videos....

[@sonicasinha]

ADI ThE ScIeNcE GuY it's okay 😊. Well are you a student ??

[@Adiscience]

I was!!!!!! right now I am ESE(IES) aspirant....

[@pankajbhoyar9207]

You are great brother always ❤️😍

[@Adiscience]

Thank You... nice to hear that🥰

[@pankajmanhas8015]

sir plz clarify on which basis u should say elr is greater than dalr in unstable condition and elr is less than dalr in stable comdition slope wala concept samaj nai aaraha h ..plz sir explain little bit .....ppz

[@IntegratingMinds]

Bahut badiya😉

[@sumitrapal181]

Nice video

[@Ben10qz]

Awesome ☺

[@Adiscience]

thanks....

[@chhotelalmeena1997]

Plz upload videos in cpm and pert...Complete

[@Adiscience]

Sure....

[@rohit2761]

Cl MEENA saale quote wala hai na tu Meena ?

[@rajeevkumarsam5499]

Plz upload lecture for solid waste management, sounds.

[@faizurrahman2173]

thank u so much friend

[@Adiscience]

welcome...

[@TechUV]

Love u bhai bhut bdiya btaya

[@Adiscience]

Thanks..😊😊

[@chemicalenggmathas9845]

Very nice bro

[@Adiscience]

Thanks...

[@anjudhakal9358]

thank you so much but i am a bit not clear what you told in the lofting plume.

[@sanketgaikwad7937]

Make a video on CS rao unsolved prob sol as soon as possible☺

[@vishalpatle5059]

Madeeasy se bhi aacha samjhya bhai ne

[@Adiscience]

thnks....

[@RanaEntertainment]

Well done sir

[@Adiscience]

thanks.......

[@vinithchettipelli3302]

you teach good man

[@Adiscience]

thanks.....

[@prashantprashi990]

Sir mostly explain the tricks to remember data ..Good work ,thank you sir

[@anujbhagwan8669]

At 16:10 you have said ELR slope is greater than ALR Kindly review this :) I think it's opposite of this statement what I have written

[@mayanksharma9007]

👌👌👌👌 1 no

[@bepositive5392]

Sir ye unstable condition which is superadiabatic is desirable why

[@SonuSingh-gg3fq]

Best bhai 👍

[@Adiscience]

thanks...

[@RishabhSingh-fb7ew]

Thnx bro...

[@Adiscience]

welcome...

[@yeAwaraDil]

Thank you

[@ankushthakare9748]

Chai explained everything😆

[@Shailesh322]

nice sir..tysm

[@Adiscience]

welcome....

[@vishuchuudhary9311]

Sir plz make vedio gussian plume dispersal mode

[@surinmansukh3603]

Gracias Mano. 😊

[@mayurmohanta8153]

Lofting case me elr upar Hain alr se toh super adiabatic Kaisa hua?

[@sushmasahu5911]

Wo sub adiabatic lapse rate hota hai.

[@mayurmohanta8153]

@@sushmasahu5911 haa ,or baki sob thik hai toh?

[@Vikaskumar-ti5vi]

Awesome

[@Vikaskumar-ti5vi]

Last Mai nhi samaj aya

[@yogeshkumargarade5763]

Lofting me to Invertion then subadiabetic hoga na, to superadiabetic kaise kaha

[@vivektripathi2565]

👌👌👌👌🙏

[@mdmoazzamhossain9762]

nice video

[@shaileshkumarshukla5338]

Sir I think if elr >alr Thane super adiabatic i.e unstable condition

[@9504-i6p]

Great way of teaching..thanks sir

[@varshasharma5183]

Well explained

[@turibatlaneeharika7258]

Tq....

[@priyajain6742]

well done! Can you do a video on Gaussian Plume model and Box Model before 8 July.2018 (UGC NET Exam)

[@Adiscience]

Actually, I am little bit busy these days.... So will not be able to upload video on that...

[@coversbyvrg]

Ab tak time nhi mila? Ya ata nhi hain

[@anuragtomar5060]

Are you final year student??

[@nancysharma9432]

U said that if the slop of ALR is greater than ELR it is super adiabatic lapse rate as u also explain in looping plume..but in other plumes u have explained that ELR is greater than ALR so how it would be possible that it is super adiabatic lapse rate?

[@nancysharma9432]

Slope*

[@venkatarohitpotnuru38]

Elr more implies super adiabatic

[@JUSTFORFOOD]

Thanks

[@Adiscience]

Welcome 😇

[@saurabhpathe9449]

nice