TO MEASURE VISCOSITY OF GIVEN VISCOUS LIQUID

[@experientialphysics]

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[@shreelakshminair7413]

In our school I was absent on the day when this practical was performed my teacher denied to teach me again. And then I ended up watching your video,and I do not regret missing my school practical because your explanation was 100 times better. Thank you sir for helping 🙏🙏

[@experientialphysics]

Thank you 👍

[@bhumikajoshi4319]

Bro atleast your teacher explained once my teacher didnt even explained it once just write us the exp. and boom tomorrow is my practical 🥲

[@aasthab6342]

We pay fees to sch and end up studying from youtube before every exam 🙂

[@CaptainMishrajee]

Can relate , has happened with me and a few other people too when teachers refused to teach experiments again that I've missed

[@SunnyandBunny]

We did this experiment But the values were wayyy off, and i need to confirm how it's done

[@hiteshzala3963]

Good explanation with theoretical part...

[@adityadharaiyasstudymania8574]

Wow absolutely amazing demonstration..!! You are explaining in a really informative way. Thank you very much sir..! 👍🏻👌🏻🙏🏻

[@ShubhamSharma-jj4os]

You explained very well. I really appreciate your hardwork in making such a wonderful video❤

[@experientialphysics]

👍

[@chaudhary_9876]

@@experientialphysics Viscosity has the SI units Pascal seconds (Pa s) which is called the Poiseuille. More commonly used is the dyne sec/cm2 which is called Poise. One Pa s is 10 Poise. ... Viscosity of Liquids and Gases. Liquids Viscosity (Poise) Gasoline 0.006 Glycerine 14.9 Mercury 0.016 sir Google pe toh yeh hai at room temperature

[@mithilshinde9138]

sir you made it so clear hats of to your hard work

[@LittleStarsNurseryRhymes2006]

Thank you sir. Nice explaination

[@Logo_maker_2.._]

Amazing explanation sir🙏🙏

[@yashkumar3812]

Sir..🙌🏻🙌🏻 You made this easy to understand💯

[@experientialphysics]

💜

[@mrdevils6434]

Thank you sir I am study at 6am before my final exam

[@dehinayadav1111]

I was absent from school the day this practical was taught and in our school, they do not teach the absent students again. Yesterday, I found this video and it was immensely helpful. Thank you so much.

[@naishajoshi5216]

Absolutely superb demonstration + explanation! Thanks a lot sir

[@experientialphysics]

👍

[@Mysha6362]

Amazing explanation 🙂thankuu sir it's worth itttt n helpeddd sooo much 👍

[@antarasikder9315]

thank you so much sir... u explained it really well.. helped me alot

[@experientialphysics]

👍

[@tiyashaghosh9203]

8:00 why are we using vernier caliper and not screw gauge

[@roastingmyjob4977]

In my school we used screw gauge

[@LUCIFER99873]

Sir very nice your explanation is wonderful..

[@experientialphysics]

Thank you😊

[@krizh-rq6jx]

Thank you soo much sir i didnt understood anything in my school Your video helped a lot Tomorrow i have my exam Thanks again!!!

[@harsiddhhathi8438]

Well done sir very nicely explained..

[@navya4211]

Very well explained sirr🤩

[@adityachauhan9401]

Thank you very much sir

[@simrantigga5334]

Very good explanation please keep making video's

[@abhimanyuchaudhary5569]

Great work sir

[@sol4107]

Thank u so much u saved my life ❤️❤️❤️🥰🥰

[@tarishiparmar3482]

Amazing video…very well explained!! Kudos to u sir👏

[@experientialphysics]

Thank you Tarishi👍

[@nitcoairexpress3653]

Thanks a ton sir !! Very well explained . Helped me a lot.

[@nishithpatel8811]

barabar ho bhai ; )

[@FLAME-du5nu]

Thank u it's help a lot 👍

[@mallappakuri6644]

Tq sir 🙏

[@musheer9]

Sir the value of eta should be around 8.3 poise

[@aloksharma4192]

Sir you have made it very clear 💯❤️☺️

[@experientialphysics]

Thank you alok👍

[@manikjathol99]

Thank you so much sir ❤

[@Study-zo9xc]

Shole we not use a screw gauge to take the r of the ball

[@shwetajoshi241]

Nice explanation....👌

[@dhirendrabit]

Please buy link for apparatus used. So that many teachers can teach this by performing experiment to their students

[@experientialphysics]

It's purchased from local vendor so don't have buy link.

[@mohanlalchoudhary1866]

Good teacher 😊😊

[@tinkudeswal6067]

Thanks 👍

[@sanatan_editss]

Sir please made regular videos Soon u will be monetized Full support sir🙏❤🧡❣️

[@experientialphysics]

👍

[@realgamingofficial1178]

Brabr srr

[@madhavsehgal570]

but sir lead shot ko daalne se pehele glycerine me coat karte hai

[@pasta_with_cheese]

Thank you sir❤

[@arujdwivedi721]

noice understood everything without even stuyin the chapter

[@experientialphysics]

Thanks Arjun😊

[@arujdwivedi721]

@@experientialphysics welcome sir its ok u can call me arjun because my father calls me sometimes from that name

[@experientialphysics]

@@arujdwivedi721 so nice of you👍 I am really sorry Aruj don't know how it's written Arjun😊

[@arujdwivedi721]

@@experientialphysics its ok sir

[@ashishpradhan6250]

Thank u sir🤞🥹

[@Cherry-q4j]

Thanks ❤

[@aloksharma4192]

Sir you should also make chapter vise summary for students ☺️

[@dhvlpaemparmra4250]

Exam me to density di hogi Na

[@experientialphysics]

Yes

[@gurudasbanerjee7532]

😊

[@mohitroy7608]

Sir superb explanation but sir, why is the velocity = distance / time? Shouldn't it it v = u + at , u = velocity at initial mark , v = terminal velocity. My logic is this that the ball is having an accelerated motion between the two marks.

[@experientialphysics]

Body is not falling with free fall condition

[@mohitroy7608]

@@experientialphysics Okay sir but in that case acceleration is not g in the equation v= u + at. Acceleration is a fxn of distance let's say(between the two marks)..even then shouldn't we use differential calculus to find velocity at the end of the second mark?

[@experientialphysics]

@@mohitroy7608 but we can do with most simple equation d/t. No need of calculus

[@mohitroy7608]

@@experientialphysics Okay sir so basically we are approximating the motion to be a uniform motion between the two points right?

[@experientialphysics]

@@mohitroy7608 body fall with constant velocity between two point that is the consideration

[@rupeshsinghrajput241]

PDF send kijiye sir

[@sarthak8777]

Kya kya pucha bhai tumhare se iske bare m practical m btado ek bar

[@suhani9364]

Sir hmara written practical bhi hai... Usme bhi ye sb likh skte hai

[@robinrana9257]

why the hell is my eta value = 55.97 poise 🥲

[@experientialphysics]

All the value should be in CGS check

[@rajputritik9078]

but observation table Ki tho watt laga diii 😂😂😂😂😂

[@experientialphysics]

Isme observation table ki jrurat nhi he. Ese likh skte he. Don't wry

[@asquare5315]

Sir graph?

[@death704]

Barabar

[@MohitKumar-yr9vm]

Sir in my school distance taken as 20 CM not 50 CM

[@experientialphysics]

Doesn't matter Mohit just put 20 in place of 50 nd calculate. The final answer for viscosity will be same.👍

[@MohitKumar-yr9vm]

@@experientialphysics thank you❤🌹🙏 so much sir

[@Strayverse2511]

How to find diameter?? Please tell...

[@experientialphysics]

Vernier caliper

[@Strayverse2511]

@@experientialphysics Thanks sir...

[@Talksofpod]

@@experientialphysics sir also use water

[@experientialphysics]

@@Talksofpod it's too difficult for to measure time for distance of 50 cm as it's too fast falling so it's required greater length which is not possible for this tube

[@kaitysambit]

Who is here 1 day before your practical exam?👇

[@YuviKohli-rp4yv]

Howw ?? Avg time cannot be 4.1s😂😂😂 it should be 3.75

[@chanakya6735]

Who else is having practical exam tomorrow?😂

[@jcfactor5581]

Mera hai bhai

[@a.philip4771]

Mera hai bhai 😂

[@avnishtyagi6812]

Today

[@banzaitt1694]

3 second chaiyye mujhe kidar h mera 3 sec qwq dedooooooooooooo mera 3 second mereko

[@zgouravsingh2102]

Kal practical h 😂 mera

[@experientialphysics]

Good luck 👍