Mahesh shenoy sir ,you are really excellent teacher. THANK YOU so much . India is so lucky to have a great teacher like you . Actually I hate physics before ,and I have zero knowledge in physics .but ,now I am really really interested in physics and I am not afraid of physics subject ,now my favorite subject is physics .many chapters ELECTROMAGNETIC INDUCTION, ALTERNATING CURRENT ,ELECTROSTATICS ,CAPACITORS etc ....mostly all chapters ...I learned by listening to your videos .really you won't believe, before I use to hate even to see my physics textbook ,I have so much fear to touch the phy text book,but ,now daily I study physics and I love physics. Thank you so much ,this is all because of you sir.Your energy while teaching the lesson,the way you teach the topic is just incredible .really ..I can't express my happiness in words .Thank you so much shenoy sir. Jesus blessess you .
Wow, thanks for this sharing this! Not only did this make my day, but it's messages like these that motivate me to do more. Thanks again for expressing your appreciation in such powerful words! :)
I feel so lucky to have found a teacher like you Sir. Every time I watch your videos, I can relate the topic with the space, and it all makes so much sense because it gives me the purpose to study the subjects. Please never stop teaching, it helps us a lot. Loads of positive energies to you Sir.
You have a very good explanation. But in the end of the video, you could’ve taken the chance to explain Er and Etheta the two composants of the field. The more perpendicular, the more it’s Etheta, the more they are in the same direction with p, the more it’s Er. Thus giving you Er= 2kp*cosO/r^3 and E= kpsinO/r^3. Meaning the two would only change with the change in the orientation and Er gets bigger the more it’s the same direction(property of cos), and EO gets bigger the more it’s perpendicular (property of sin)
Omg, Sir I love your videos...I never understand physics..The level of visualizations and learning by mistakes has provoked my interest in physics. LUCKY TO HAVE YOU. THANK YOU SOOOOO MUCH! 🙏
Sir can you provide the whole playlist of electrostatics , all topics in it , this would be helpful because it is difficult to find many topics of this chapter
Mahesh shenoy sir ,you are really excellent teacher. THANK YOU so much . India is so lucky to have a great teacher like you . Actually I hate physics before ,and I have zero knowledge in physics .but ,now I am really really interested in physics and I am not afraid of physics subject ,now my favorite subject is physics .many chapters ELECTROMAGNETIC INDUCTION, ALTERNATING CURRENT ,ELECTROSTATICS ,CAPACITORS etc ....mostly all chapters ...I learned by listening to your videos .really you won't believe, before I use to hate even to see my physics textbook ,I have so much fear to touch the phy text book,but ,now daily I study physics and I love physics. Thank you so much ,this is all because of you sir.Your energy while teaching the lesson,the way you teach the topic is just incredible .really ..I can't express my happiness in words .Thank you so much shenoy sir. Jesus blessess you .
Wow, thanks for this sharing this! Not only did this make my day, but it's messages like these that motivate me to do more.
Thanks again for expressing your appreciation in such powerful words! :)
can't agree more 🙏
You are the only person who shows actual reasons, gives me the FEELS of physics. And i absolutely love it!
I feel so lucky to have found a teacher like you Sir. Every time I watch your videos, I can relate the topic with the space, and it all makes so much sense because it gives me the purpose to study the subjects. Please never stop teaching, it helps us a lot.
Loads of positive energies to you Sir.
You have a very good explanation. But in the end of the video, you could’ve taken the chance to explain Er and Etheta the two composants of the field. The more perpendicular, the more it’s Etheta, the more they are in the same direction with p, the more it’s Er. Thus giving you Er= 2kp*cosO/r^3 and E= kpsinO/r^3. Meaning the two would only change with the change in the orientation and Er gets bigger the more it’s the same direction(property of cos), and EO gets bigger the more it’s perpendicular (property of sin)
Just 900 Views on this underrated video?
I definitely did learn a lot easier than college taught me
Great energy you have while teaching sir!
Makes it a lot easier to understand....THANK YOU... 😊😊
Sir your videos are too too good. Don't have words to Thank You
Omg, Sir I love your videos...I never understand physics..The level of visualizations and learning by mistakes has provoked my interest in physics. LUCKY TO HAVE YOU. THANK YOU SOOOOO MUCH! 🙏
Please make a video on -why we can't explainend photoelectric effect using wave theory of light 🙏🙏🙏🙏🙏
Can you learn Greek and come to teach at my university 🤔 🙂 🙏
Oh my god everytime I watch your videos my concepts are becoming crystal clear
A moment of silence for those who find Physics difficult & don't take help from your videos
Really? Wow
This explanation made the concept easier for me .... thanks for the khan academy 👍
You, simply the best one
Thanks for the video! It helped!
Electric Field due to dipoles resembles like a monster spider!
Your the best... I was searching for the best explanation and here it is 👍
VERY UNDERRATED VIDEO
Superb teaching sir 🙏
this was so helpful!
what software do you use to make these videos
Beautifully explained!!!
Thank you very much, you are a Great teacher
Thank you sir .....making us love physics
Thank you so much, sir...... This is so much helpful for us
It feels as if my friend is teaching me this topic😂😂
Best explanation have ever seen
Sir can you provide the whole playlist of electrostatics , all topics in it , this would be helpful because it is difficult to find many topics of this chapter
OOHHH MAAAII GOODD, Thank you so much!!! the perfect which I neededddddd 😁😁😁😁
Great Work Sir
Thank you for that
Very underrated..
We want a video on 11th &12th biology
Please 🙏🙏
Sir you are underrated ❤️😳
Awesome
❤❤❤❤❤❤❤❤❤❤❤❤❤❤
How do we get -E sin theta
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