capillarity derivation (capillary rise)

in this video i give step by step procedure for derivation of capillarity.......

[@amitanand6683]

Different method!! Noice!

[@mijangkang6717]

wow, changed videos quite a lot until i found this one. thxs sir

[@AJMusicUganda]

this my best video about this derivation. kudos teacher

[@kritikasalaria2323]

Thankyou so much Sir. ............best capillary rise explanation.....

[@fawadfawadawais4154]

Very good information 👍👌 thanxx sir

[@TheCkeck]

You are a legend

[@yashstatusworld..3226]

Thx sir concept cleared 🎉❤

[@dorababugunnam1236]

The best explaination I have seen sir....I registered for online gate classes and learned but this is the best form of explaination....thank you

[@alidayow2797]

hi

[@sabapatel1341]

Please do check out the channel 'Physics by preshit sir' if you're a Maharashtra state board student. I assure you, you'll love it.

[@JodXVineet]

Tq bro for the explanation 😍😍

[@krishnakalidindi6671]

Here ,L is not the 'tube length' as you said. L is the length of contact of water surface inside glass tube.It is equal to the circumference of inner side of the glass tube.i.e (2.pi.r)

[@bhavnajadhav1862]

Best explanation💯

[@bharathrcbian1813]

That was amazing teaching sir.. Thank you so much..

[@geetadevi-bd5qe]

very nice sir...tq so much .....very helpful and undestand very easily.....🙏

[@JitendraKumar-xd2ms]

No 1 video on capillary rise.

[@gtumimp3005]

Thanks

[@jyotirajora4844]

Thankyou Sir, you made this topic very easy

[@PiyushSharma-mo9qo]

Nice explanation sir.

[@Vivek-dn1mf]

Thanks a lot 🥺🙏

[@amansolanki1666]

Thank you so much sir, Pura smjh aa gya 😃😘

[@nadiaullah7531]

Thoroughly enjoyed this tutorial; very easy to follow along and grasp the basics. Thank you! Subscribed now.

[@silakuldip979]

Thank you sir for explaining in such a nice manner 🙏🙏

[@aditisingh7350]

Amazing explanation 👌👌

[@gtumimp3005]

+Aditi Singh thanks

[@hindustani907]

Very nice video....sir plz give video on STRESS IN COMPOSITE BARS in SOM with basic formulas n basic numerical..with also thermal..effect on that system....PLZZZZZZ...I have not found any good video on youtube on that

[@basmalasamy7847]

why you didn't write in the law of surface tension ........surface tension=F/2L

[@mr.variety]

I came here just because i asked my mam ki what derivation will you give in term2 she said do this too so im here

[@owino_emmanuel]

This explanation just saved my semester

[@mystudystudio1292]

Very easy to understand. Well done sir

[@gtumimp3005]

Thanks

[@tanishkarwekar4698]

Thanks a lot

[@vivekagnivamsha2304]

Thanks brother ❤

[@usamaiswoy]

That is AMAZING , THANK YOU .

[@myworldandmychoice9005]

Nice 💯👍👍👍👍❤️

[@WasimSirsTutorialsthane]

Thankz good explanation

[@Sibasish07]

Thank you so much, what a legend.

[@sandy3781]

Awesome......

[@aryanghana3878]

Helped a lot

[@nwachukwudivine1207]

Thanks allot

[@AnnuKumari-xy8im]

🙏💕 thanku so much sir

[@sicasica211]

easy to understand😍 but what is the calculation for h if it is cohesion bigger than adhesion🙈

[@mayasinsight9911]

consider the negative of that height ..

[@balajisc1575]

In cohesion theta will be more than 90 same formula and you will get negative sign

[@sslive9514]

Nice explained sir😊😊😊

[@taskeenkhan1901]

Very simple and easy to understand explanation. Thank you

[@rajveerkaur4640]

Easy to understand

[@AjayKumar-yd2if]

We could not take the component of surface tension , it is scalar , we should take the component of surface tension force. So it should be sigmaxpid costheta. Is m I right sir

[@vasueva1856]

bahut bahut sukriya sir

[@mzirymziry9099]

Thanks men 😍😍👌

[@shivankparmar5682]

Mziry mziry o hlo he is sir not mem

[@prathameshgole7060]

thank you so much sir

[@mahendrajariwala2515]

Vertical component is may be Sigma sin thitha?

[@alamelukannan1724]

Simple to understand

[@shivprasad1170]

Amazing explaination 👌👌

[@gtumimp3005]

Thanks

[@faiztales]

Nice video sir...thank you

[@osimothobi2972]

Thank you

[@mukulpal4431]

❤

[@munazzaidrees5776]

Why we take cos theta?why we don't take sin theta?? Plz answer quickly

[@gowsigaarasu3837]

Balancing Vertical components so vertical component is cos

[@tnnugupta6589]

Sir why u consider length of tube equals to circumference of tube?

[@samyakshastri7477]

Tnnu Gupta Surface Tension is applied to molecules on surface which are ALSO in contact with beaker (cohesive and adhesive are both applied) Hence, contact is 2πr or πd

[@memo20128]

I have a question how can i contact you?

[@swapnilzore8567]

Nice tutorial keep it up

[@sameerdar8533]

Ever best

[@Fz786]

Nice

[@joanitaawontemi9994]

👏

[@anjuanna6045]

Thank you sir....

[@farhanhamza9617]

very well thanks you so much

[@r.barbhuiya1726]

Good lecture

[@enaudainia9549]

Explained nicely thanks 😊

[@aloklakhera866]

6 kaha cancel out hua?

[@miwy3884]

Thanks

[@neenaray0764]

Tq sir

[@ashwinsharma9061]

Siir ye hi ascent formula h kyya?????

[@deepthinker1404]

Why we write cos?

[@helanskitchen8707]

Vry niz

[@hardiksai3787]

Thank you sir

[@angitakar9168]

why not 2 sigma cos thita.bcz there are two vertical components

[@ishankamboj7736]

Today is my paper 😌😌

[@gtumimp3005]

Best of luck.......

[@ahmedj108]

legend

[@arunagandhamaruna2057]

Sir I want capillary fall also sir

[@Seeratmir147]

Sir if u vil make videos in hindi that vil much gud

[@VinodKumar-my6bp]

Sir make for 6th sem DME-2

[@2sharpatel]

How 6=F/L , I think it is stress = Force/ Area so it would be like 6= F/A not 6=F/L, please explain

[@gtumimp3005]

Here meaning of 6 is surface tension that's why F/L

[@gtumimp3005]

Please share videos with your friends and for more videos visit my channel GTU MIMP....... Thanks

[@2sharpatel]

No, that's not acceptable it should be only 6cos¢=F (surface tension force) and it is acting all around the periphery so 6cos¢.2πr= F(surface tension) I think this is the reason.no problem I got it thanks 😊

[@krishnakalidindi6671]

No,it is not stress. surface tension is different .please see definition of surface tension.

[@VinodKumar-my6bp]

Thanks sir

[@akshayshetty7185]

Gud english

[@GauravSingh-ob5ok]

It has been a long time since I derived this result during physics lecture. Now, I have hard time to recall how weight is being measured here. Since the outer surface is not flat but curved , weight in the capillary will be rho*g*h*pi*r^2+ weight of liquid above the minimum height 'h' (due to the curved circular profile). Can any body help me to figure it out? Thanks.

[@krishnakalidindi6671]

It is (pi*r^2*r - 2/3*pi*r^3)*density of liquid .

[@shivrajpatil4025]

u r right

[@faiztales]

Sir pls make more videos of FM

[@chandankumar-nv6vl]

Good sir

[@naveendp8577]

Thanks a lot sir.

[@Venkatesh-gl9sk]

Thanks bro

[@sunilalawa8990]

Sir please make the on surface tension

[@BeingCreative2064]

How the area of tube is pie(d^2)/4

[@channelx8257]

Solve it on copy. It is equal to pie.r^2 only. Tomorrow's your exam?

[@ponnuzponnuzponnu7101]

Tnku sr

[@uk01mjcreation58]

Sir 46 kese aaya

[@drekhareddy1608]

Nice explanation but many times it is blur in b/w

[@radhachaudhary3375]

Yes i also face same problem

[@collegetime9109]

🙋

[@mansoorakram6492]

I want to understand that why the surface tension is curve in tube?? Plz explain

[@mauktiktiwari4589]

the curve is called meniscus it is due to the adhesion force with the wall is greater than the cohesion force of water molecules

[@krishnakalidindi6671]

Because the shape of the inner side of the tube is curved.

[@VinodKumar-my6bp]

Sir plz make the video of 6th sem design 2 (DME 2)

[@gtumimp3005]

+Vinod Kumar I plan for Dom also..... May be next video about dynamics of machines..... Please share this videos your junior friends also...... Thanks

[@rishabhdev7566]

Galat hai beee,,,, abee vaha 2 hoga equation me,,, 4 ki jagah .

[@uk01mjcreation58]

It must be 24

[@AkshayKumar-ro4vs]

Volume galat h

[@sarveshgour8393]

Bro radius =1/2× diameter and radius ki power2 =

[@jyotibhardwaj8775]

Fall.not full

[@jantarmantar6812]

Sir sexy padaya apne pura samaj agaya

[@FarhanAli-um7ki]

Bahi padayi ki tou izzat sa explain krr

[@prabhajitsinghvirdi6949]

Apna sigma ka symbol theek krle

[@ITIsNotRandom]

Thank you sir