pressure of an ideal gas derivation

[@mohammadarhab1334]

After watching five six other vidios i reached onto this one in search of best and easy derivation.
100% satisfied🙂

[@saravanaswamy1264]

**** you
love

[@GOATS719]

@@saravanaswamy1264 yes

[@anjali9168_]

Right

[@SukhbeerSingh-ov3gd]

Thank you sir very good explain in TH-cam am very happy you are best teacher ❤😊

[@piyushtanwar3186]

Thanks bro aapne bht jldi smza diya koi log aise he video ko lmbhi krte h pr aap sidha topic pe aaye...😊

[@Eduphile]

Thanks 😊

[@dhruvverma8515]

And your voice is good also
Sir

[@SandeepSingh-lc9qj]

Amazing video sir 👍🏻 thank you sir 👍🏻👍🏻

[@rawatvedant6840]

According to Pythagoras theorem 😕

[@lokeshvn1]

It's vector addition

[@dynexxx]

How ​@@lokeshvn1

[@chaitanya_0810]

This was really the mosttt easiest explanation sirr ....it really proved to be helpful ...✨ thank youu

[@Malika_kour_]

I agree

[@kamalachettri7760]

Thanku so much sir, ap bhot ache se explain karte ho 😊

[@mani_patti]

Thank you sir ji only in 9 min 😅 once again thank you ❤️❤️

[@TheUntold_mess]

Plz explain me one thing... Ncert given 1/3nmv^2...but your ans is 1/3nmv^2/V

[@akshayavino4796]

Me too having same doubt 🤷‍♀

[@TheUntold_mess]

@@akshayavino4796 Yes, I discuss it with my teacher. She explain that in NCERT m is derive both i.e. mass and volume but in this video we have done it separately.. So both the answers are correct.

[@akshayavino4796]

@@TheUntold_mess Thanks a lot bro

[@RushikeshFalkeArtVlogs]

@@akshayavino4796 bro ?

[@RadhikaPandit-wd6df]

Thankyou so much sir ❤❤❤❤❤😊😊😊😊😊

[@Eduphile]

Most welcome 😊

[@ishayay7311]

Thanks a lot sir 😊😊

[@113_nidhimaurya7]

Thank you a lot sir, 10 min me hi samajha diyaa☺

[@Eduphile]

Most Welcome. Keep Growing

[@SACHIN_KUMAR615]

Finally!! I found the best video on this topic🙏🙏
Thank uhh Sir🙏🙏

[@Eduphile]

Most Welcome. Keep Growing

[@Sundersingh21772]

Very helpful sir keep it up 🎉

[@Eduphile]

Thanks and welcome

[@CristianoRonaldo123-j9j]

Sir very nice video....Sir aap future ho India k physics education ka....mujhe ummeed hai aap bahut aage jayenge TH-cam me....aur please Quantum Mechanics ka bhi banaye...Physics parhne wale bahut hai lekin teacher nhi milta.....bas ye kaam kabhi mat chorna

[@Eduphile]

Thanks for your valuable words. Keep Growing. I shall try

[@swaggerchioce7389]

Sir it is the best vedio on this topic on TH-cam. I wish I had teachers like you in my school .

[@Eduphile]

Thanks 😊

[@AminulIslam-ki9tj]

THANK YOU VERY MUCH SIR.A GREAT LOVE FROM BANGLADESH🥰🥰🥰🥰🥰🥰🥰🥰

[@Eduphile]

You are most welcome 🤗 ❤️👍

[@Priya-ng4fg]

Sir, your handwriting is beautiful....

[@Eduphile]

Thanks. Keep Growing

[@_lostcause]

how can someone make it so simple. Thankyou sir🖤

[@Eduphile]

Most Welcome 🤗

[@kartikpatil9644]

Bohoot hi khoob sundor padaya itna achha video tha best sir

[@anjalakumari3987]

Thank you so much sir...😊

[@Eduphile]

Most Welcome. Keep Growing

[@simpleartforkids3492]

Awww wowow sir you are the best ❤️❤atni mehnnat SE apki video Mili or SB smj Agya thank you so much ❤❤😢

[@Eduphile]

Most welcome 😊

[@SudhaYadav-cl9gs]

Thankyou sir for wonderful wxplanation

[@Eduphile]

Most welcome 🤗

[@Mr.Leo_here]

Sir Paper mein agar ye derivation ayga toh apne jaise likha he vaise hi board paper mein jake likha toh marks full ayenge na sir?????
Plz plz plz
Reply

[@Eduphile]

Ji bilkul

[@linxuser897]

best video on the topic. 0 time waste

[@Bts020]

Sir..,, ur voice is so similar to my teacher...

[@Bts020]

Btw u r Mr suresh choudhary??
Just asking..

[@Beast_hindi06]

Most thank you sir amzing😊

[@Eduphile]

Most welcome 😊

[@theindian-dz3bk]

Thank you sir tomorrow is my exam and it is helpful for me thanks 😊

[@Eduphile]

All the best for your exams

[@theindian-dz3bk]

@@Eduphile Thank you so much sir

[@crushersgaming5471]

Good keep growing bro🙏👍

[@Eduphile]

Thanks. Keep Growing

[@taniyasharma3563]

Thankyou so much sir ❤️❤️❤️🤗🤗🤗🤗💕💕💕💕

[@Eduphile]

Most Welcome. Keep Growing

[@AnnoyedHoneyBee-bf9rx]

I didn't get it properly but by the way explaination was too good ❤
Due to Pythagoras theorem 😞

[@mahadevamcreations6965]

Thank u so much ❤️

[@hayolum]

Sir when do we use vrms?

[@Eduphile]

Average value nikalte h kabhi kabhi toh zero aata h isliye rms value nikala jata h

[@vishalsinghrajput72]

Tomorrow is my physics exam
And, Today is I am here 👉

[@Eduphile]

All the best

[@vishalsinghrajput72]

@@Eduphile thank you so much for your support💪💪💪

[@PiyushKumar-ll7kx]

Clear hoo gaya bhaiya

[@Aditya5676i]

Tq sir bhot confused tha

[@sunandaswami4998]

Thanks sir for this video Kal Mera exam hai and this is be very helpful for me thanku very much 💜💜

[@Eduphile]

All the best for your exams

[@soyaa1485]

Bhai exam mai yeh likh ke mat ana yeh galat hai. Asal mai P=1/3mnu^2rms hai..... Marks kat wa ke awoge

[@shubhamPawar-sb6uy]

Pythagoras theorem thoda casual tha

[@virupanagouda3571]

Wow ura genius sir

[@srinivasakumarchiruvolu5338]

sir in force equation we should take time during collision naa sir??

[@Eduphile]

Yes

[@anshuduhan2226]

sir kinetic interpretation of temperature. ki vdeo b bnao

[@Eduphile]

I shall try

[@MaheshRamKahara]

Sir ∆p=p final - p initial
But you have done
∆p = p initial - p final
Is this is right 🤔 ??
👇

[@stanzintsewang9655]

its was really helpful for me thank you sooo much

[@Eduphile]

Most Welcome. Keep Growing

[@pagareaditi2452]

Nice explanation 🙂 thanku !

[@kartikguptavlog3401]

are sir i am back ,,,thank u

[@Eduphile]

Most Welcome. Keep Growing

[@rahulchandwani1998]

Sir can you pls share the photos of full derivation

[@Eduphile]

Please take screenshot or note down from the video

[@rahulchandwani1998]

Ohk sir 👍thanks for reply😇

[@sreejanibhattacharya3262]

thank you very much sir.

[@Eduphile]

Most Welcome. Keep Growing

[@deepanshu9816]

Great sir 👍👍👍

[@Eduphile]

Thanks. Keep Growing

[@bossofficialhimanshu9510]

Thanks sir for such explanation 👍

[@gaming_with_gurdeep347]

Thanku sir😇

[@Eduphile]

Most Welcome. Keep Growing

[@47meenakshi28]

Thanku so much sir..🙏

[@Eduphile]

Most Welcome. Keep Growing

[@komalpsolapure4326]

Very very helpful . Thanku so much sir 💖

[@Eduphile]

Most Welcome. Keep Growing

[@sonysah6912]

Thanks sir
This explanation was better for me

[@Eduphile]

Most Welcome. Keep Growing

[@justvarma]

Thanks sir

[@The_stetho_gurl]

6:28 🥲arehh ree

[@uchihamadara1726]

GR8 Explanation 🕊️

[@vaashleya8833]

How is Pythagoras theorem applied here?

[@vaashleya8833]

Do reply please Sir.

[@funkychromosome6990]

its vector resolution ryt

[@surajbhakte4466]

Best teaching in world and nice hindi language

[@Eduphile]

Thanks. Keep Growing 🤗

[@jayeechakroborty7733]

Sir in the book it is written 1/3 nmv^2

[@maazansari9201]

Sir mic mai contribute kro volume bohot low hai.

[@Eduphile]

Thanks for your feedback, now we use mic

[@swarnakumari207]

What is the vbar in the formula..I mean what it depicts ..

[@Eduphile]

V bar means average velocity

[@simplymamoni]

Oh my god....I can finally understand this...thank you so much for the video sir😄

[@itsmecutie8316]

Sir ye question exam ke liye important he kya???

[@sidhantyadav9132]

your g is unique

[@karanranarajput3868]

Sir cube ka area liya h ya square ka

[@sakshimishra6380]

Best video for this topic

[@Eduphile]

Thanks. Keep Growing

[@Pr_sahu]

*Thnku soo much*

[@dhruvverma8515]

Really good explanation

[@jayeshpatil8497]

Nice one ☺️

[@railite7735]

Thanks sir apke vajah se mujhe clear hogaya

[@chetanraut1033]

🙏🙏thanks

[@Eduphile]

Most Welcome. Keep Growing

[@railite7735]

Isse accha koi explaination nahi mila.mujhe

[@harnishmeen]

Thank you sir it is so helpful for me ☺️

[@gaurirajput9856]

Sir last me L²×L kaha gaya??

[@Eduphile]

Volume hota h ye

[@ishaquefoundation5187]

Osm bro very good

[@Eduphile]

Thanks. Keep Growing

[@attiqurrehmanmeher8501]

Well done sir.

[@Eduphile]

Thanks. Keep Growing

[@dogklover2248]

Great no one teacher thought it with much simplicity.my teacher said this though so just cram the result:(

[@viratrantake2796]

Sir there is one mistake when we are adding the velocity of all the particle it should sum of V2 not nv2

[@amritvirk5701]

Thnku sir

[@Eduphile]

Most Welcome. Keep Growing

[@swatiii9145]

Haa thank you is the must becoz from three days I was searching for best video ang finally I got this.
Thank you sir 😊

[@sagarmal4358]

thankyou so much sir it helps me a lot 🤗😇

[@MohdAlam-wf8cr]

Thank you sir ❤️❤️

[@omverma4356]

Thanks bro

[@abundantsoul6487]

amazing explanation.... loved it

[@Harshs_]

Sir change in momentum to final-intial that is -mv-(mv)=-2mv please clear sir

[@shrijal2sinha337]

Best teacher

[@Eduphile]

Thanks. Keep Growing

[@miketyson4152]

Sir How is that Pythagoras theorem?

[@wasimansari2556]

nice explanation sir

[@Eduphile]

Thanks. Keep Growing

[@anitakaithwar3308]

Thq sir🌼

[@akshit3920]

Hamare book ke formulae me volume nahi hai divide me! Pr yaha pe hai, aisa kyu ??

[@mohanlalsharma7024]

Hats off🙌

[@Eduphile]

Thanks. Keep Growing

[@CPrasannaDarvekar]

TYSM SIR

[@aloneboy1K0]

Change in momentum galat h sir -ve aayega

[@Hxkhxh]

Thanks 😊❤️

[@Inderjeet-kq3kt]

Thanks Bhai mujhe ye samajh nhi aa rha tha aapki video se aa gaya

[@pribinphilip3804]

Sir your final answer has minus square to the volume( (mnv^-2)/3v)
But in our text the square of the volume is positive sign ((mnv^2)/3) (ncert) class 11,

[@aditidarne291]

it is v bar square not a minus sign its average velocity square

[@Uniquecode777]

Sir velocity is vector and u just add it directly in x,y,z directions

[@bruh-dk9ql]

great video, helped a lot thank you so much!

[@Eduphile]

Most Welcome. Keep Growing

[@SushantThakur-nz7rf]

Pythagoras 😅