Van der Waals equation for real gases | video in HINDI

In this Physics / Chemistry video lecture in Hindi we derived Van der Waals equation for real gases. It is the modified version of ideal gas equation. While in ideal situation PV = nRT, where, P is ideal pressure and V is ideal volume. But in real situation pressure is less than ideal pressure, because of Van der Walls forces and volume is more than ideal volume due to the volume of the molecules.
Van der Waals equation turns out to be the real gas equation and it is [P + a(n/V)^2] [ V - bn ] = nRT. Here, a and b are two constants depending upon the nature of the gas and these slightly depend upon temperature and pressure also. So we can not say that a and b are absolute constants for a gas.
**************************************
Click to visit the homepage of our channel : / @edupoint.physics
EduPoint,
Dam Road,
Chandil,
Dist- Seraikela-Kharsawan,
Jharkhand,
India.

[@sickboydroid]

I was so confused about the correction terms but i knew only you will have the right explaination.
Thank you ❤

[@vavilalaharipriya1288]

Hindi lecturers have so much knowledge than the English lecturers.wonderful explanation sir

[@ayushagrawal8198]

skill issue

[@sandeeptiwari3247]

ise explain karna itna aasan nahi hai lekin apne bahut shandar explain Kiya thank-you sir aur Meri request hai ki quantum mechanics par bhi lecture banaiye

[@JamilKhan-ft4tj]

Thank you sir, you win my heart whenever i watch your videos.

[@user-db8fx9ge4e]

The best thing about you is that you always explain in a way which is expected from a great teacher .
Thanks very much Sir ❤

[@DayaCIDfan]

Volume correction mein kuch galti hai ya phir main galat samjha:
Vi is the ideal volume, which means that it is the volume considered after assuming that the volume occupied by gas molecules is negligible. Basically, Vi = Vc, Vc = total volume of container.
Vr = real volume, the volume considered after assuming that molecules also occupy a fraction of the container volume (Vc). Thus, Vr < Vi.
And in fact, nothing can be higher than Vi since Vi is the entire container's volume.

[@veerukandimalla]

Correct

[@Apocalypsepioneer]

Yes , same doubt v real should be less than v ideal because volume of molecules also considered , i have watched 5 videos no one explain it

[@bunsentheburner1635]

why in ideal gas equation we put Pideal = Preal+ an2/v2 BUT when we talk about Videal = Vreal - bn , is'y this wrong equation ? it should be Vreal = Videal - bn , so we should put Videal = Vreal + bn in the ideal gas equation then WHY WHY WHY do we put Videal = Vreal - bn???????????????

[@Apocalypsepioneer]

Yes , same doubt v real should be less than v ideal because volume of molecules also considered , i have watched 5 videos no one explain it.

[@vaarunaramakrishnan6122]

I have been been searching for one perfect video which will clear all my doubts about real gas equation derivation, and this is that perfect video. Thank you so much😃

[@user-vu1wn7be3f]

आपसे अच्छा कोई समझा ही नही सकता सर , बहुत बहुत धनयवाद ।।।

[@kulvirsingh5462]

This is the best channel for learning Chemistry

[@abhishekdubey9920]

Only chanel on youtube
Nice

[@ashishkharb2704]

no! volume of ideal gas is available free space which is volume of container. So volume of real gas should less than volumenof ideal gas.

[@qasimziasiprawsamachanel6159]

Great legend professor ❤️🇵🇰✍️📈📊🧪🌡️📚💫

[@Kaushaltiwari7407]

Sir i request you to make video on Critical temperature and critical pressure 🙏🙏🙏
Plz sir

[@sudhirmeher1618]

The best channel for higher studies with best mentor is termed as edupoint...

[@inspiration-shalinirai5375]

Wow 👌💯 that's grat
Ese kahte h badiya wala explain
Thank you so much sir
God😇🙏👼 bless you

[@chandrakantgholap2514]

This part is much much difficult to explain.u have special quality brother. Science is simple but much more complex.u have that ability to make more complex thing simpler.🙏🙏🙏

[@harshdeepsikander]

perfect explanation! one of the best video available online of vander Waal's Equation. love from Punjab !

[@AshaKumari-rd3gg]

thnkuu so much

[@Girl_With_Specs]

Very good explanation...Thanks a lot for such wonderful video🤗

[@bhaswatipaul7133]

Best explanation on you tube platform 😇😇😇

[@karamjitsingh5499]

Very nice explanation 👌👌👌

[@deepchallenger9103]

Best teaching way.

[@samrendrabhaskar5307]

Sir, I have never read or watched so clear explanation of correction . thank you so much.

[@pravasinisahu7101]

Thnx sir really u r amazing sir...

[@RAKESHHOLKAR]

Sir Please share van der waal interaction in molecules

[@2.02ksubscriberwithzeroved3]

Sir i love your teaching

[@poojamanocha1259]

This is the best channel ever

[@edupoint.physics]

Hello Pooja Manocha !
Thank you very much for the support you have shown.
And as always ...... thanks for watching.

[@digitalsourab__]

One like is so cheap for your video 🥺
Thank u sir

[@niharranjansahoo6166]

Thanks a lot of sir 😊😊

[@rishabhsingh3670]

Thank you very much
I was totally confused earlier

[@meghachate333]

I watched 5 different lectures on the same topic but still remain with confusion
Now it's removed,due to this satisfactory explaination.
Thank to producer

[@samoreshsg7587]

sir kya app Maxwell velocity distribution upload karange with proof B.SC 1st year k liye

[@edupoint.physics]

Hello Samoresh Ghuku !
Yes ! Very soon. Stay with us.
And as always .... thanks for watching.

[@samoreshsg7587]

Thank you sir.

[@DeepakGupta-jt8ru]

EduPoint
Sir please upload soon
My Bsc first year exam is on 15 January.

[@namedontmatters5849]

YOU GAVE AN IDEA TO MEMORISE THE FORMULLA !! THATS GREAT : )

[@puneetbhardwaj3869]

Bhut badiya btaya hai

[@shrashtichaudhary549]

Is it really this easy !! Fantabulous..

[@bharatpramanick5828]

Sir not able to understand the square part of n/v . please please help me..

[@bobbymalik7411]

Great sir

[@monirhossain1286]

Great video sir,,,, thank you

[@chandrakantgholap2514]

Beautiful explanation n voice. Never ever heard anything like this.thanks🙏🙏🙏🙏🙏🙏

[@kaushikzz8137]

Perfect vedio

[@arshadbacha9060]

Thanks a lot sir you explain the tough topic in very easiest way. God bless you

[@shreyavijay9486]

Finally understood 🙂

[@manishrajtiwari]

thank you Sir aaj Samajh Mein Aa Gaya

[@siddharthgupta2634]

A question ✋... In Vander Waals equation we take pressure of ideal gas whereas volume is of real gas? Could you please explain

[@sagardhyani630]

Siddharth Gupta
Volume ka bhi correction hota hai vo next video me sayad batayege

[@mahumuzair9985]

Great! Thank y sir I really needed this exceptional video..

[@AndreLuiz-ek3ox]

Thanku u so much sir❤️❤️
I am from 🇧🇩BD. U make me smile

[@organiclovers6432]

I can say if anybody need depth of this topic he should watch this .

[@sekarsankar7606]

Not able to understand the square part of molar density, one (n/V) i am able to understand the next (n/V) i am not able to understand.

[@TheSoumyaprasad]

You can think in this way ---- the number of molecules hitting the wall is proportional to the number density and if the number density decreases, the no. of molecules colliding with the wall at a time also decreases resulting in reduction in the pressure. That's why the second n/V factor comes.

[@shivratanyadav8307]

Gaseous state physical chemistry chapter not uploaded why

[@rashiagrawal7114]

ise aapne bhut hi aasan method se explain kar diya . thank you very much sir

[@gauravo1414]

If we are not considering volume of molecule than Videal = Volume of container , and in V real we consider the volume of molecules but the molecules are also present in the same container than how can we say Videal less than V real

[@anmolbhagat9483]

Volume mean actually freely available space for motion of molecules
If we see in ideal gas whole container volume is available for their mition
But in case if real Gas
Real gas occupied some space for them
Now the remaining space is available us an actual volume for motion of these molecules
That why we can say that ideal gas volume is more than real gas volume

[@nitingupta626]

Thank you sir ji 🙏🏻

[@AllAboutPhysics]

Thanks for your detail explanation. Amazing sir.

[@drivemee2life543]

Superb sir!

[@kushsahu5091]

Sir please make a video on vander vall p-v graff

[@abdulmusawwir8603]

Great explanation

[@edupoint.physics]

+abdul musawir
Thank you very much for your encouraging words.
I am lucky. You all are very supportive.

[@damrudharyadav5218]

One of the best video in physical chemistry

[@dp802_]

Thank you sir 🙏🥰

[@anujprakash5136]

Like Always your's video is best. ...sir..👍👍👍

[@edupoint.physics]

+Anuj Prakash
Thank you very much for encouragement.
You all are very supportive.

[@Chatore965]

Really helpful 😃.... appreciable explanation
Thank a lot 😇😇

[@amolgabale5201]

Respected Sir , Tum subject bahut aacha / easy tarikese samjzya te ho. Thank You for GREAT HELP SIR.

[@pradeepsahani3512]

Pls 🙏🙏🙏 upload vdo for B.Sc. sir
You are awesome 🙏🙏🙏Sir..

[@theMedicoholic]

Thank you sir🙏

[@jahnusatya5197]

Clean explanation sir thank you

[@subhamkarmakar3320]

What a explain....👌👌👌

[@rajanmv9973]

Excellent explanation and perfect derivation........ How simple vander Waals equation after this Vedio

[@mmsingh2607]

Little improvement is required . overall is good explanation

[@blackbrute2504]

Awesome explanation sir,😊😊...tq very much

[@ankujsharma5359]

Thanku very much sir..very mice explanation..💥💥💥

[@SIDDHANTCPATIL]

Thank you sir

[@nasheededits6235]

its very easy way

[@chuhdaryshahid355]

thank u sir your lectures helps me alot

[@rudrakumarsah7880]

Really sir you are a electro microscopic teacher thanks ❤️ si

[@waheedullah9839]

Sir g please make playlist in this chapter

[@priyapathak1501]

Thanku so much sir

[@sumerkambojpatehera2393]

Fabulous explanation sir👍👍

[@abhisheksaxena4676]

Really helpful video

[@JiminsLostJams_7]

Thnk u so much Sir

[@piyushpth344]

Sir thank you

[@Riddhi_24-20]

Sir, u have explained it nicely...

[@edupoint.physics]

Hello Abhishek singh !
Thank you very much for the support you have shown.
Bas aap sab ki dua bani rahe.

[@megharani1096]

Bahut bahut dhanyawaad sir ji

[@greedskith6612]

thanks

[@GouravSharma716]

Well explained sir. Thank you so much sir

[@quantumlahary9437]

Please deliver about the derivation of maxwell Boltzmann distribution law of velocity, Sir within 1 week.

[@dipendrakumar4055]

some any more topic upload plz. 👌

[@edupoint.physics]

+Dipendra Kumar
Sure !

[@truthlover565]

Thank you very much, my dear sir

[@danielmrd1961]

I think your explanation about Vreal is wrong, Don't confuse others,most of them trust your explanation Blindly

[@AdityaRaj-zk9eh]

thanks sir

[@rahulsoni-km4mv]

thanks sir or sir please ek video theory of relativity pe bhi bnayiye

[@Omegaite7233]

11:05 at this timeline... may be a second before or after.. you say that if more number of molecules are able to comtact... or exert pressure this means that the pressure reduction factor is greater.... but shouldn't this be the opposite. ... if more gas molecules are able to exert pressure.. this means that thw gas is closer to being ideal and the pressure reduction factor mist be smaller.

[@soumyadipsarkar1297]

Sir the values of a and b of van der waals equation par ek lecture do pls

[@AmitKumar-ly6um]

Love you sir

[@DeepakGupta-jt8ru]

Sir please upload a video on Maxwell distribution law Bsc 1st.
My exam is on 15 January please upload soon.....

[@allfunnyvideos9153]

Nice sir the great but please try to make your lectures specific

[@onson1010]

very nice teaching sir.

[@sting8gaming963]

Love u sir apke wajese main samajh paya

[@pradipbasak9940]

It's too usefull to me☺️☺️☺️

[@ujjwalkumarsingh5216]

You are too good sir

[@SandeepMishra-zq9re]

very good concept

[@shashwatsharma9399]

Sir please make video on joule Thomson's porus plug experiment 🧐