Download Physics course for Board Preparation/JEE/NEET for Just Rs. 49/- Download App: clpandrea.page.link/SKzQ Website: classplusapp.com/w/experientialphysics
The things I never observe and never learnt till now while doing experiments and thought that physics practical are so troubling but after watching your videos sir I found the physics experiment much much much easy.. ❤
It is the best explanation ever found in internet.... thanks a lot sir... your explanation saved me in my practical exam.... thanks a lot❤️❤️❤️❤️❤️❤️🙏🙏🙏🙏
Your videos are the best and I've always referred to them for all my physics practicals exams.😊 Now I have my physics boards practical tomorrow and I'm sure that I'll do well because of all your video explanations for each experiment!Thank you! ❤
Sir apko pta kaise chal raha hia ki kon se value ka resistance nikla hai ki deflection theta /2 aye koi method hia toh bata dijiye jisse ye fast ho saks
See When K2 is unplugged, Then We Get A Galvanometer And It is Used to Detect "Very Small And Sensitive current" When K2 is plugged We studied in theory that How to convert, Galvanometer into Ammeter ( That is by introducing a resistance in parallel to Galvanometer called Shunt ) Same thing is happening here.. Only K1... Firstly it was Galvanometer ( used to detect very small and sensitive current ) Now Both K1 And K2 It behaves as Ammeter ( used to detect large current & not sensitive ) Hence, since value of current in ammeter is very small.. and Ammeter can't detect it We get 0 value There..
Because the current is dividing half in galvanometer and half in shunt resistance means shunt resistance and galvanometer resistance are almost equal and as galvanometer resistance is constant and so shunt resistance remain constant throughout the experiment.
@@experientialphysics oo yaah sir... finally...I got it..An my today 's physics practical... 👍... good good 😊...soo Thank you sir....for your good explain...🥳
Download Physics course for Board Preparation/JEE/NEET for Just Rs. 49/-
Download App: clpandrea.page.link/SKzQ
Website: classplusapp.com/w/experientialphysics
This is possibly the best explanation of this exp....you told everything with great patience...thanks a lot❤️
Thank you 😊
All the best to all of you for tomorrow's exam
The things I never observe and never learnt till now while doing experiments and thought that physics practical are so troubling but after watching your videos sir I found the physics experiment much much much easy.. ❤
Thank you 😊
❤@@experientialphysics
Best explaination ever . I have watched so many videos for this..but this is the best one...very informative and to the point. Thank you sir
Best of luck everyone for tomorrow's exam😂😂👍🏻
You all are true heroes 😂
U see everyone's video on practicals, ur comments wiil be the most liked one
Thsnk u broo🙂
@@sri4594😂
Thx 😊😂
thenkyou
Tomorrow is my pratical exam and feel so blessed that I have found this experiment video ❤️🙏.
Good luck!
Bht saare vdos dekhne ke baad finally ek accha explaination mila hai thank you sir🙂🙂
wonderful xplanation
Very informative explanation sir..
Thanks a lot, it's a wonderful demonstration!
Extremely Helpful Video Sir... Thankyou so much 🙏🙏🙏
Great video. Congratulations
Who is watching this video for 2024 practical😊 best of luck, also this is good video best 💯
You are just far better than my physics teacher.
nice explanation and nice cameraman
Such a helpful for my physics practical .....
2022-23 batch
Nice explanation experiment video
Thank you so much sir
Best explanation. Thankyou sir
Thanks for the video
Thank you so much sir 💕This was the best explanation vedio ever for the physics practical . You've explained very Clearly ❤️
Thank you👍
Helped a lot sir🙏
Thank you sir
2024 batch attendance 😂
Superb explanation Sir ❤❤
👍
Thanks a lot sir
The best experimental physicist on UA-cam!
👍
After 1 hour my practical start and I'm start watching
It is the best explanation ever found in internet.... thanks a lot sir... your explanation saved me in my practical exam.... thanks a lot❤️❤️❤️❤️❤️❤️🙏🙏🙏🙏
Thank you dear😊
Thank you sir!
thanks sir, sab samajh aagaya.
Thank you sir for explaining and putting your efforts to made us understand 😊🙏
Thanks sir ♥️♥️
salute sirji
i declare this channel as best
Thank you sir, will save my exams today
Good luck 👍
Best teacher ❤..thank you sir
Really sir... It was amazing ❤️.. thanks sir.. these all is helping me.. and tomorrow is my pratical exam ❤️😅
Good luck👍
How was it??
Absolutely helpful ✨
Very well explained 🛐
Very nice explanation
Thank you so much sir, now I will be able to give my practical test exam correctly ❤️❤️
👍🎯
Thank you so much sir it helped me a lot 😌😌
Backbencher me 1 day before exam thankk uhhh for thizzz
Thank you very much sir ❤️
Thankyou sir helped a lot🙏
very helpful 🙏 THANKS A LOT 🤍
2024 anyone?
Ys
watching from bus🙂
Thank you 3000 ❤🌹🙏
Thank you so much sir I hv my practical tomorrow and all the experiments are confusing me🤣🤣 u helped a lot 💖
👍😊
Today is my cbse praticals and I am here..
Practicals Tommorow ✌️ half yearly
wonderfully explained sir
Extremely useful..THANK YOU SIR
amazing
Your videos are the best and I've always referred to them for all my physics practicals exams.😊 Now I have my physics boards practical tomorrow and I'm sure that I'll do well because of all your video explanations for each experiment!Thank you! ❤
Thank you and good luck👍
@@experientialphysics It went very well!!!!!! I got liquid lens and was worried but I did as you instructed and I got the perfect results😆🥰
Very helpful video
why my school teacher do not explain like this! amazing video
thank you so much sir this video really helped me i have my board prac exam tomorrow and i was really worried but u made it sound like so easy
👍
Anyone watching this for 2024 practical exams ??? 😂
So helpful sir tysm❤
Thanku so much sir 🙃🙃
Award for the best explanation of this topic goes to u 😸❤️❤️❤️
Thank you 😀👍
Who are watching this video for 2023 practical ??
Mai ... Kuki kal exam h 😂😂🙈
Me. 🥲🥲😅😅😅🤣
Me 😂
I have exam later 1am 🗿🗿🗿🗿🗿 I'm watching 11am
I because tomorrow is practical
thank you so much sir, and that is 20 mu ampere not micro ampere
Sir I have one doubt that don't we have to change the value of voltage???
Please reply sir
No
Sir but we have 2 observation tables and you have only one!???
So how to do that ???
Best ❤
2025 batch😅
Tomorrow is my practical and i am seeing this at 10:27
Tommorow is my practical exam😊
Who are watching for 2024 practical...??? 😂
Me
Tujhe kya lena dena usse? Kaam kar chalta bn..... Har ek video oe same hi cmt dekh rha
@@feather-l1g chup! Love day ka bal
@@feather-l1g Teri kyu jalri ha uska Maan Jo bole 😂
Kal practical hai 😢 and I am from Neet batch aaj tak school too gya nhi ,practical me kya gull khilainge 😂
Kya hua bro?
Sir High resistance box ke kisi bhi end ko battery ke positive se connect kar sakte hai kya
Ha kr skte he
Who are watching this for tomorrow exam 😂
Legends are watching this one day before practical exam🌚
Can we use infinity button in a low resistance box ( small resistance box)instead of high resistance box
Nameskarams 🙏
Learned sir
Thanks
Thanks and welcome
Who else is for 2024.?
Sir apko pta kaise chal raha hia ki kon se value ka resistance nikla hai ki deflection theta /2 aye koi method hia toh bata dijiye jisse ye fast ho saks
Apko resistance nikalte rahena he shunt me se jab tak theta/2 na aye. Aur ye value har reading me constant hoga.
@@experientialphysics thank you sir ❤️
If someone watching it before exam kuki school me samjh ni aya😢
Yup me
👍👍👍📚📚
Can we use infinity key instead of high res istance box
Don't say removing but say applying resistance.
Sir please explain why θ becomes 0 after K2 is plugged.
See
When K2 is unplugged,
Then We Get A Galvanometer
And It is Used to Detect "Very Small And Sensitive current"
When K2 is plugged
We studied in theory that How to convert, Galvanometer into Ammeter
( That is by introducing a resistance in parallel to Galvanometer called Shunt )
Same thing is happening here..
Only K1... Firstly it was Galvanometer ( used to detect very small and sensitive current )
Now Both K1 And K2
It behaves as Ammeter ( used to detect large current & not sensitive )
Hence, since value of current in ammeter is very small.. and Ammeter can't detect it
We get 0 value There..
See 12:44
Galvanometer measures -- in micro ( 10-⁶ here)
But for Ammeter it's 0 only..
Ammter is not very sensitive so For ammter
0.000001 A is 0..
@@lightbringer485 Thank you very much bro, I understood it now
Because no current flows through the galvanometer.
It was helpful
Bhai Mike lga liya kro
🔥
our school said that they will provide only one key so then how we will do it then?
That key must be connected to shunt. You can do it no issue with that
Sir shunt values always remain same ????
Yes it should remain fixed all the times
@@experientialphysics ok sir thank you
Thank u sir
can someone pls explain why the shunt resistance value remains almost constant??
Because the current is dividing half in galvanometer and half in shunt resistance means shunt resistance and galvanometer resistance are almost equal and as galvanometer resistance is constant and so shunt resistance remain constant throughout the experiment.
Sir..... tabulation 2 v hai na ...
Yes
@@experientialphysics oo yaah sir... finally...I got it..An my today 's physics practical... 👍... good good 😊...soo Thank you sir....for your good explain...🥳
@@mehekkusulia5920 thank you. Good luck 👍😊
New subscriber😃
2024 vale attendance laga do 👇👇👇👇👇👇👇👇👇👇👇
❤❤
😊😊
Very nice work
👍
Bro this is for 2024😅
I’m having my practical today and I’m watching this video in the morning (just 3 hours prior) 😂
Pass hue ? 💀
Legend are watching this at school corridors 😂😂
2024…?
Sir aapne galvanometer ulta to nhi lagaya kyunki meri practical file me iske vipreet hai sir plz reply fast as tomorrow is my practical
Nhi ulta nhi he sidha he
@@experientialphysics yes sir
Who are watching this video fir 2024 practicals