I really appreciate his teaching skill, Communication skill, dramastic skill, and beautiful expression,, Now I can cleary say our future is save when these type of teachers exist in India ❤ from uttrakhand.
Just a little doubt sir .. when calculating M12 .. won't the magnetic field be "UoNI/L2 rather than /L1 .. so this condition would only satisfy actually for an infinite solenoid .. in which case we take the magnetic field to be UoNI without adding L1 or L2 into it ?
Assuming the two coils were identical in length, wire diameter and number of turns than , the mutual inductance is proportional to the cross section area only? For the same current.
The enthusiasm in your voice makes your lecture so good to Listen. By the Way, Your Explanation is Very clear and Crisp.
I really appreciate his teaching skill, Communication skill, dramastic skill, and beautiful expression,,
Now I can cleary say our future is save when these type of teachers exist in India
❤ from uttrakhand.
You are awesome sir.......❤️❤️❤️❤️❤️❤️❤️
Love from Bangladesh 🇧🇩❤
Love from INDIA😘💞
❤️ Explanation was as lovely as your voice 👌
This video is very very clear and instructive. Thank you for Mahesh.
Fantastic teacher 👏
Hats off to you sir ! ♥️
You are an awesome teacher.
Brilliant. Thank you!
Great stuff
Vivek Sir has suggested me this video
thank you SIR
Soooooooo good~~
thanks a lot , we want also videos about capacitor
amazing video
Just a little doubt sir .. when calculating M12 .. won't the magnetic field be "UoNI/L2 rather than /L1 .. so this condition would only satisfy actually for an infinite solenoid .. in which case we take the magnetic field to be UoNI without adding L1 or L2 into it ?
Assuming the two coils were identical in length, wire diameter and number of turns than , the mutual inductance is proportional to the cross section area only?
For the same current.
👍
It's better to " rattaficatoin" 😂🌚
2:18 🙄🙄🙄 what the flux !!!!
It's better to " rattaficatoin" 😂🌚