How does the direction of current change for the second time? Because arm CD is moving up and direction of mf is from left to right. Hence, by Flemings right hand rule current goes in direction of c to d . But in the video u told that direction will change from c to d how
0:30 I am sorry sir but in NCERT it is given that electric generator is a rotating device in which electrical energy is converted into mechanical energy not mechanical energy to electrical energy
Your way of explaining each and every point is examplory 🙆♀ you are so nice and great ✌ ... Thnx
it was really helpful... thanks a lot for uploading this...
Woow ! Sir, thankyou you explained in such a nice way and because of the background music it was so relaxing to understand it more easily☺😘🙂👍👍👍💯💯
🤩🤩😍😍 thankyou for the ❤ 🤍 💙 🧡
It became very easy to learn after watching the video. Thanks sir 🙂👍🙂🙂
Thanks
Helped me at the last movement of baords🙏🙏🥺🥺
Clearly understood!Thank you so much sir!Love from Bangladesh! 🧡🇧🇩
Thank you sir it will helpful me in tomorrow exam of sudden 🙂 Exam for SSLC Students
Science
Sir you are explaining in a very polite way very much No one will able to do this leaving you
Nice work and explanation showing us the actual working of electric generator👍👍
So glad u thought us...that too in such a very easy way
It's taught not thought ❤️
THANK YOU SIR WAS VERY HELPFULL AFTER WATCHING THIS MY EACH AND EVERY DOUBT WAS CLEARED....🙏🙏🙏❤
Thanks, it was very helpful ☺️
Very nice explanation....very helpful.. thank you sir ☺️
Sir u gives our precious and valuable time
Thank you so much. I've been struggling at this topic.
Hats off to you!!!!
What an amazing explanation...
Helped me alot for my preboard examination. Thank you so much✨.......
What is the background music? So beautiful, I'd like to find it.
This made very helpful....😊👌👌👍
Thank you sir I learn very well about electric generator
How does the direction of current change for the second time? Because arm CD is moving up and direction of mf is from left to right. Hence, by Flemings right hand rule current goes in direction of c to d . But in the video u told that direction will change from c to d how
Assom sir exdradinary explanation 👍👍👍👍👏👏
nice explanation sir ....heads off 🤩😚😉
@Chongtie Shio 😂😂😂
Superb. To the point and very clear
Thank u so much for such a good explanation!!
Really .....this innovative way.....was awesome
Loved it!!!:)
Thanks sir🎉🎉🎉🎉
Better than everyone or best
Thanks alot sir 🙏
Thank you for the simple explanation
You clear all the doubts ❤
Thanku for such nice explnation
Wow your amezing ☺️ thank you so much..
Thank you sir
Thanks a lot
Awsm sir ...😮
Sir in some textbooks its shown as the direction of rotation is in Anti-Clockwise
My textbook shows it is clockwise
Thank yoh for helping me just before my tytion paper (10 min)
Thnx🤗
Nice🎉sir
Thank you sir
Thanks ❤️
Thank u sir...
👍👍👍
Thank you so much sir..
Great effort!!!!
धन्यवाद
They are both left and right handed they have equal powers to both hands
Awesome
Sir are u giving live lecture in UA-cam???
Y r u listening this idiot
Sir thanks
Very cell explained
Ty
Thank you
It was too good sir
🔥🔥🔥🔥
Sir , pls explain dc generator also
Wow so nice
It's all right but sir please Language convert in Hindi
Thx sir
Thx❤
❤❤
Why didn't generators use at home?
Nice video
0:30 I am sorry sir but in NCERT it is given that electric generator is a rotating device in which electrical energy is converted into mechanical energy not mechanical energy to electrical energy
That is a motor? Both complement each other
Nice luv u
Why cannot I only use one ring?
I ring is also used in DC generator
Ohi
Screen as not good
Hindi koni aava k
Awesh lhnsn is not playing cricket
Sir what is ur name ?............👅
Same happens in dc motor then what's the difference 😭
It is Fleming's Left Hand Rule & Not The Right One ..
No it's right hand rule
Left hand is for electric motor and right hand for generator
Anything can be spelled
Its right hand rule😂
Right hand rule becz Emi involves with it
After 3 mins my exam is there 😂😂
Bhai plz speak Indian language 🙏
Thank you
thanks you sir