Stokes law and Terminal velocity

[@soththiupali2865]

Thank you very much .so helpful for Advanced level . From Srilanka ❤️👍

[@YanRaconte]

Thank you very much for this. It has helped figured how to calculate the terminal settling velocity of collecting particles in a spray chamber.

[@Maitraychelsea]

Sir your professionalism 🌟🌟🌟🌟🌟

[@BluesofButterfly]

It's awesome, you just helped me complete my notes on centrifugation 😍😍😍

[@rahulth6275]

Ooo

[@deathsquadesports5633]

I need support

[@santoshkanwar5089]

Bitch

[@master_chonk_halo]

@@santoshkanwar5089 lol man woke up and chose violence

[@harshithareddy4806]

Tq for explaining me in a simple way. I am very glad to see your video . It helped me a lot once again tq sir

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@reen6557]

Sir thank you so much for this.It is really helpful during this pandemic.

[@SoniKumari-bt6hk]

It was an awesome video . Thanku sir🙂🙏

[@deyachakraborti282]

Tomorrow is my viva for physics practical. Thank you so much sir for helping me in this crucial time. 🤗🤗🤗

[@NK-fx1qs]

if i drop a dumbell shape containing water in the bottom half of the shape will terminal velocity move the water into the top half?

[@iGamerindia]

Superb accent and language used ❤️

[@ssjagtap66]

Thank you for watching!

[@akuljaiswal6755]

Very nice sir
Well explained

[@ssjagtap66]

Thank you for watching Akul :-)

[@akuljaiswal6755]

Shridhar Jagtap
Welcome
I saw many of your theorems they were very good
My thumbs are up 👍🏻👍🏻

[@rukeshrukesh8180]

Easily explained!!!Thank you sir

[@vidyavratterparia324]

Thank you for your fine explanation but the particle has to be a sphere otherwise the formula for the Stokes force can not be used.

[@ssjagtap66]

Yes that's true. This formula can be used only for a spherical object.
Thank you for watching!

[@evidaily9336]

Thank you so much Sir
Could you recommended me some books about Stokes rules and terminal velocity?

[@himanthraj8152]

Simply superb

[@ssjagtap66]

Thank you for watching the feedback:-)

[@tharun.n1565]

That's good ,this syllabus is also there in bsc horticulture ,soil science subject.

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@Asahel717]

Excellent presentation. Thank you.

[@sanjaychoudhary2612]

Sir I want to know where r u from so that I can also join Ur tution

[@ssjagtap66]

We can connect through Zoom.

[@sanjaychoudhary2612]

@@ssjagtap66 sir can't we hav offline classes

[@ssjagtap66]

@@sanjaychoudhary2612 may not be possible as I am based in Gujarat.

[@freddiepaulpandian4653]

Thank you for a very explanative video

[@ssjagtap66]

Thanks for watching and the feedback!

[@rajashekars6693]

Thanks sir very much help full

[@kharoonnissa5245]

Thnku so mch sir❤..awsm👍

[@vijaykumarallina2478]

Super sir.. Superbb

[@jangaakshit5187]

Define terminal velocity. Derive expression for it and discuss how the difference in density of fluid and object governs the direction of terminal velocity

[@funnyashell2224]

Okey how can u find the radius from this formula?

[@lebron7544]

Plz increase the volume of the video sir

[@sakibsaifi7569]

nice explanation..sir plzz make videos on trending topics like bernaulis theorem,escape velocity,terminal velocity,etc..as they can benefit you most for enabling monetiazation…..

[@ssjagtap66]

Thank you for watching and the feedback cum suggestion :-)

[@matingtaitarh9972]

Woooh sir ... concentrated explain

[@ssjagtap66]

Thank you for watching :-)

[@sutrymedia1075]

thanks for your brief explanation

[@gugugaga2903]

Very informative! Thank you very much

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@sameerahijab2352]

sir, if the net force acting on the body becomes zero the how it moves down?

[@prasantabehera7446]

newton's 1st law

[@yaseenjanalchemist8026]

Net force =O a= 0 bcz ▲V=o hence V ramin constant that is called the terminal V, body ramain in original state that is uniform velocity

[@yaseenjanalchemist8026]

No net force mean no further acceleration. ...

[@Maria-ph6wb]

Sir, we are thought that light mass will attain terminal velocity first than heavier one but (v ~ r^2) so doesn't r^2 means heavier one?.... And the mass with more mass will attain terminal velocity first as "velocity is directly proportional to r^2"?
(Squaring r will increase the mass)
I hope you will answer my question as I'm stucked here....... I can't move on to the next topic...

[@naches3844]

excellent work Sir.

[@protube3614]

Explained Very well thank you sir

[@ssjagtap66]

Thank you for watching :-)

[@anrajsimon]

Good work

[@shubhankarchavan7159]

thanks

[@ssjagtap66]

Thanks!

[@StarSantosh56]

Nice 👌 sir !

[@ssjagtap66]

Thank you for watching and the feedback!:-)

[@TOMCLARKE08]

Thx a lot sir 👌

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@omkarlokhande6303]

Very useful video.

[@ssjagtap66]

Thank you

[@mehvishyousuf1850]

Thank you so much

[@mohittanna2276]

Hi Mr. Shridhar. You explained very well and helped me understand the concept thoroughly. I had a doubt if you could solve it out; when you say the net force acting on the particle is zero shouldn't the particle be stationery? As the upward force = downward force, how can the particle move downwards with constant velocity?

[@cricketguyable]

Hi sir, really great video. I myself am a high school student, and would like to contact you regarding tutoring for 11th grade studying in IB system in Europe. Please inform me if this is possible and please let me know how I can reach you. Thanks!

[@ssjagtap66]

Thank you.
You may mail me at [e-mail]
Or whattsapp at 919909998053

[@anshu_shree]

Thanks a million

[@robo6336]

very well explained

[@ssjagtap66]

Thank you for watching!

[@retooluvyuhx5569]

thank you very much sir

[@rachanamundhra6835]

why downward velocity is increasing

[@ssjagtap66]

Because the gravitational force pulls it down and causes the body to accelerate by 'g'.
Thank you for watching :-)

[@rachanamundhra6835]

OK thanks sir

[@durgeshh1]

Sir you’re amazing 😉

[@ssjagtap66]

Thank you for watching Durgesh :-)

[@swekshabudhathoki7166]

Thank You!

[@yaseenjanalchemist8026]

Great sir

[@ssjagtap66]

Thank you for watching and the feedback :-)

[@windsing481]

best sir

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@smile-xb9qu]

👍

[@Gourmetme]

thank you sir

[@ssjagtap66]

Thank you for watching :-)

[@alienbird7714]

gita

[@vansh9852]

Hindi me padho

[@BluesofButterfly]

It's awesome, you just helped me complete my notes on centrifugation 😍😍😍

[@deepasunil7341]

Thank you sir

[@BluesofButterfly]

It's awesome, you just helped me complete my notes on centrifugation 😍😍😍

[@khansarfraz8798]

Thank you sir