TO MEASURE VISCOSITY OF GIVEN VISCOUS LIQUID
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- เผยแพร่เมื่อ 6 ต.ค. 2024
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To Measure Viscosity of given viscous liquid (Glycerin) by measuring terminal velocity of given spherical body.
CBSE BOARD
GSEB BOARD
#Physics Practical
Class 11
#Viscosity
#Terminal Velocity
#Laboratory Experiments
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 🙏🙏
Thank you 👍
Bro atleast your teacher explained once my teacher didnt even explained it once just write us the exp. and boom tomorrow is my practical 🥲
We pay fees to sch and end up studying from youtube before every exam 🙂
Can relate , has happened with me and a few other people too when teachers refused to teach experiments again that I've missed
We did this experiment
But the values were wayyy off, and i need to confirm how it's done
Wow absolutely amazing demonstration..!!
You are explaining in a really informative way. Thank you very much sir..! 👍🏻👌🏻🙏🏻
Good explanation with theoretical part...
You explained very well. I really appreciate your hardwork in making such a wonderful video❤
👍
@@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
Amazing explanation sir🙏🙏
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.
sir you made it so clear hats of to your hard work
Thank you sir. Nice explaination
Amazing explanation 🙂thankuu sir it's worth itttt n helpeddd sooo much 👍
Sir..🙌🏻🙌🏻
You made this easy to understand💯
💜
Sir the value of eta should be around 8.3 poise
Shole we not use a screw gauge to take the r of the ball
Thank you soo much sir i didnt understood anything in my school
Your video helped a lot
Tomorrow i have my exam
Thanks again!!!
Very good explanation please keep making video's
Amazing video…very well explained!! Kudos to u sir👏
Thank you Tarishi👍
Please buy link for apparatus used. So that many teachers can teach this by performing experiment to their students
It's purchased from local vendor so don't have buy link.
thank you so much sir... u explained it really well.. helped me alot
👍
Thank u so much u saved my life ❤️❤️❤️🥰🥰
Thank you sir I am study at 6am before my final exam
Absolutely superb demonstration + explanation! Thanks a lot sir
👍
Well done sir very nicely explained..
Sir you should also make chapter vise summary for students ☺️
Sir please made regular videos
Soon u will be monetized
Full support sir🙏❤🧡❣️
👍
Thanks a ton sir !! Very well explained . Helped me a lot.
Sir very nice your explanation is wonderful..
Thank you😊
Thank you very much sir
Sir you have made it very clear 💯❤️☺️
Thank you alok👍
Great work sir
Very well explained sirr🤩
noice understood everything without even stuyin the chapter
Thanks Arjun😊
@@experientialphysics welcome sir its ok u can call me arjun because my father calls me sometimes from that name
@@arujdwivedi721 so nice of you👍 I am really sorry Aruj don't know how it's written Arjun😊
@@experientialphysics its ok sir
Good teacher 😊😊
but sir lead shot ko daalne se pehele glycerine me coat karte hai
Brabr srr
Thank u it's help a lot 👍
Nice explanation....👌
Thanks ❤
Thank you so much sir ❤
Tq sir 🙏
barabar ho bhai ; )
Who else is having practical exam tomorrow?😂
Mera hai bhai
Mera hai bhai 😂
Thanks 👍
Kya kya pucha bhai tumhare se iske bare m practical m btado ek bar
but observation table Ki tho watt laga diii 😂😂😂😂😂
Isme observation table ki jrurat nhi he. Ese likh skte he. Don't wry
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.
Body is not falling with free fall condition
@@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?
@@mohitroy7608 but we can do with most simple equation d/t. No need of calculus
@@experientialphysics Okay sir so basically we are approximating the motion to be a uniform motion between the two points right?
@@mohitroy7608 body fall with constant velocity between two point that is the consideration
Exam me to density di hogi Na
Yes
why the hell is my eta value = 55.97 poise
🥲
All the value should be in CGS check
Howw ?? Avg time cannot be 4.1s😂😂😂
it should be 3.75
PDF send kijiye sir
Sir graph?
Thank u sir🤞🥹
Sir hmara written practical bhi hai... Usme bhi ye sb likh skte hai
Sir in my school distance taken as 20 CM not 50 CM
Doesn't matter Mohit just put 20 in place of 50 nd calculate. The final answer for viscosity will be same.👍
@@experientialphysics thank you❤🌹🙏 so much sir
Kal practical h 😂 mera
Good luck 👍
Who is here 1 day before your practical exam?👇
Barabar
How to find diameter?? Please tell...
Vernier caliper
@@experientialphysics Thanks sir...
@@experientialphysics sir also use water
@@fypinosuke 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
3 second chaiyye mujhe kidar h mera 3 sec qwq dedooooooooooooo mera 3 second mereko