sir i appriciate your efforts you had explained everything very well . by watching yours practical lecture , I will score full marks in in my physics practical.👍
अवतल लेंस के लिए u सापेक्ष v का विभिन्न मान ज्ञान kare 1/u और 1/v फोकस दूरी ज्ञात karne ke liye prectical file in हिन्दी उद्देश्य प्रयोगविधि सावधानी निष्कर्ष परिणाम iskak hindi me bhejo sir
Your videos have been a great supplement to my university lectures. The clarity of your explanations helps reinforce what I learn in class. Any plans for live Q&A sessions in the future?
This is the best explaination on youtube....
Good explanation with advice how to perform the experiment
Glad you found it helpful! ☺️
Sir thanks A lot , bhgwaan aapke channel ko aur aapki knowledge ko aur savaare 😊
Shukriya vikram ji❤
Very clear demonstration, Thanks a lot.
You are welcome!
Awesome Teacher for Explaining practical 👍
Amazing sir loved your teaching ❣❣
Thanks rishav ji for appreciating me and best of luck for all the exams
Sir ap ne bahut help ki
Apka video sabse detail me hai jisme viva ke concepts bhi hai❤️❤️
Thanks purvi ji for appreciating me and best of luck for all the exams
Thank you sir .
Most welcome
Thank you sir it’s was a really hard practical you made it super easy
@@aayushijoshi6933 ❤️
Thankyou so much sir ..
Wow sir aap kya video banate ho 👍🙏 all concepts clear hote h
Thankyou so much sir
Hats off u sir for ur such dedication endeavour..Osm fantastic video..keep on going sir ji💯💯😊😊👏👏👏👏👏👏👏💐💐💐💐💐💐💐💐💐👏👏👏😊😊😊🙂🙂🙂👍👍👍👍👍👍💛
@@yogita_521_ ❤️
Very nice sir ji bahut achhe se samjhya aapne 🙏🙏
Thank so much sir ji...... Bahut achchha samjhaya h aapne sir. ❤
This is the best video ever i understand very well thank you so much sir
Thankyou so much sir ❤️❤️❤️❤️
Most welcome aditya ji for appreciating me
Thank u sir this video is very helpful for me 👍
thanks a lot sir
Sir maine aaj tak aisa explanation nhi dekha . Thank You sir for this beautiful explanation 😍😍😍😍
@@piyushsingh0p0p thanks for appreciation
Nice sir dittle mai video h thanks sir
Most welcome bhure ji for appreciating me
Thanks a lot sir very helpful video. 😀
Thanku thanku thanku thanku thanku thanku thanku so much♥️♥️♥️♥️♥️♥️♥️♥️♥️♥️♥️ .
Bacha liya apne sir
@@कविनगरी thanks for appreciation
Thank you so much sir ji 🙏😊
sir i appriciate your efforts
you had explained everything very well .
by watching yours practical lecture , I will score full marks in in my physics practical.👍
Thanks for appreciating me and congrats
Thankyou so much u helped me a lot ❤️🙏
Thank you sir
Bery good bideo . I like it
Very nice
Thanks mahek ji for appreciating me
Maja aa gya sir great 👍
Sir ap bahat asani se bata teha
Thnk u soo much sir..🙏
Tq
Best video
Grt explanation sir, thank you so much, itna to school me krwaya hi nhi gya aur parso practical hai
Most welcome anshika ji for appreciating me and best of luck for all the exams
Thank you so much Sir😊😊😊
Genuine Sir 🙌
❤️
Thanks a lot Sir....
Today's my board prac and I was confused like hell regarding this experiment.....
Now it's clear ...
Thank u for the clear explanation !
@@y_khushii thanks for appreciation
Best and complete explanation ❤❤❤❤❤
This is the bestest physics practical demonstration on youtube. Thanks alot sir i am confident for my practicals only due to you ❤
@@satvikjaiswal4282 thanks for appreciation
Thank you sir 🙏🏼 sb samjh aa gaya
Thankyou sir...❤
Wow sir uh are best 😇😇😇💜💜 mujh jaise ko apne physics smjha di 🤧🤭🤭
Thanks for appreciating me
Thankyou sir
Your welcome
Hamare school mai hai nahi optical bench but exam mai to aa sakta hai ......nice explained with optical bench👍👍🤩
Good explanation
Sir you are too cute ❤❤❤
You are looking beautiful
Best explanation sir 😊♥️
Best practical ha but thoda lamba chala gaya
Thanks krish ji for appreciating me and feedback
अवतल लेंस के लिए u सापेक्ष v का विभिन्न मान ज्ञान kare 1/u और 1/v फोकस दूरी ज्ञात karne ke liye prectical file in हिन्दी उद्देश्य प्रयोगविधि सावधानी निष्कर्ष परिणाम iskak hindi me bhejo sir
@@dumeshmarkam8501 kya bol rhe ho
sir plz plz upload video of finding focal lenght of cancave lens using convex on tommorow
Sorry jigyansh ji
@@scienceexperimentsvasifali7757 sir no problem yesterday was my practical exam with your help my practical went very well. thankd alot sir
@@jigyanshjoshi1737 well done congrats
@@scienceexperimentsvasifali7757 thank you sir
❤
Sie graph banega ???
Rough focal length kya ayi
Sir please reply me quickly,i am waiting for your answer
Derivation or numericals pr bhi vdo bana do sir please 🥺
Thanku sir
Your welcome
Sir , kya reading ke Time approx calculation use kar sakte hai , jaise 34.4 we can take 35?
Your videos have been a great supplement to my university lectures. The clarity of your explanations helps reinforce what I learn in class. Any plans for live Q&A sessions in the future?
Brilliant explanation ❤️
sir please provide the pdf of this practical asap cause tomorrow is my practical and i don't want to write from my practical book
lens wala khan hai
What is parralax?
37:19
Please theory ke bhi lecture bana ❤❤
Sir 18 ka double to 36 hoga na uspr aana chahiye aapka 36. Something pr aaya aisa ho skta hai kya bus confusion h isiliye puchh rhi
How both. Object and image needle are at same place 36.4
If object kept at Centre of curvature , image will also form at centre of curvature
Sir jab aapne object needle to aage kiya to usme parallax error nhi aayega???
2-hr before examination😂😂
Well explained sir 😏
Nice explanation but you should change the camera angle
How to calculate f i dont get it
I mean: p and o se jo f niklag wo practical hum kaise kare
Ye parallax error ko kaise hatate hai
12:50
Thanks man.
Agr mirror ka diameter km ho to bhi reading sahi aayegi kya
Sir plss provide viva ques also
Sir apne focal length 20 cm kaisi mani
Sir,direct method kaise hoga
Sir needle ki length kitni hai??
No need to measure its length
Sir least count Kya h
Kiska?
Informative video sir 👍🏻
Thanks for appreciating me
Sir iska pdf provide kijiye 🙏🙏 please sir
Of course
Thanx sir 💯
thank you sir
Nice sir
Very Nice
Thanku so much sir ❣️
thankyou so much sir
Thanks sir
Thank you sir
Very nice
Thanks for appreciating me