11min video taking me an hour to digest LOL. I gotta pause like every 5 seconds to fully process what every term is doing in every place, and what that represents physically and in relation to everything else. Thank you so much for making these videos that allow me to fully understand what I only learned at the surface level during my degree
Very good video here. Base on your derivation, during the i1 flowing in coil 1 is there an i2 flowing in coil 2 or is it open circuit? If open circuit then there's no i2 then can we still assume K1=K2? Hope to get your advice on this.
This is the change in current that causes a magnetic flux to be set up but not the rate of change of current (just to be precise). The rate of change of current is rather a quantity that determines the strength of B. Am I correct? Thanks
Does that mean that dc cannot be used for generation of flux cause we need current that is changing with time and i think only ac can serve that purpose.?
I have a question, say you want to treat your inductance as constant, what would the expression of the coil inductance become? And what's the difference between coils with difference geometries? Some coiling takes the form of a solenoid, sometimes square sometimes rectangular. And thank you for this very helpful video.
Question: If we move a magnet in front a coil and the magnetic flux φ, due to the magnetic field of the magnet, crossing this coil varies then an emf e1 = -dφ/dt is induced in the coil. If the induced current in the coil is also varies, is there a self induced emf in the coil such as e2 = -L di/dt ? and that you.
Because of the varying magnetic field, the time-varying current is generated. As, φ = Lx I. So, I would say e1 and e2 are the same things. (Considering you are not applying any external current to the coil)
@@ALLABOUTELECTRONICS Thank you for reply. Now i have my main question: The current in the secondary coil is alternating sinusoidal (variable) , so in addition to the electromagnetic induction e1 = - dφ/dt we have also self induction e2 = - L(di2)/dt. The question is, why we do not take into consideration this term in the transformer? and thank you again for reply.
Bhai, ye deivation to book me, b hai.... Wat i try to say here is dat... As a bro, try to explain as simple as possible first dan go to the derivation part.... By focus mre on layman explation than go toward complex part... Always. Peace🤗
All your stuff in it and mutual funds for the first one of my favorite things to do that too much more than just got home from work and mutual funds for the first one of my favorite things to do that too much more than just got home from work and mutual funds for the first one of my favorite things to do that too much more than just got home from work and mutual funds for the first one of my favorite part is the first place in malayalam film, the first place in malayalam film, and mutual funds for me to find appreciate the first one of those things that too late to find appreciate it. Hello arumille, a former member. scert malayalam 10th chapter of the national academy k. scert maths class and mutual respect to the first one was a former employee. school starts with the first one was a little late to find appreciate it and abcdefghijklmnopqrsttuvwxyx 12345678910 @&&????????????? Thanks very much for reading
1 Day before my boards 😂😂
2 Days before Advanced. Top that.
5hrs before the board
Top that
After giving board. Top that
@@vivektomar6388 LOL😂
@@vivektomar6388 after board results...top that 🤧🤧🤧
11min video taking me an hour to digest LOL. I gotta pause like every 5 seconds to fully process what every term is doing in every place, and what that represents physically and in relation to everything else. Thank you so much for making these videos that allow me to fully understand what I only learned at the surface level during my degree
I rly wanted a good explanation for my coming up presentation....... this was of a big help thank you sooooo sooooo much sir...
Just what I was looking for, thank you.
Best one i found on this topic yet!
Well explanation for my exam.... Tqsm
Bro earned respect from my side 🙌
Tnkssss first 1 minute me hi done ❤sirf iska concept dekhna tha
your explanation better than my professor
Amazing explanation 👏 👌 👍 , Gud English...thanks much
Engineering students hit one like for sir👍
Very well explained ... excellent concept ❤😊😇 I searched this topic on google and got this recommendation... 👍😊😊
Watching this video before half an hour of my preboards.. 😅
Me watching this video before half an hour of my Boards...😅
@@nishantgadhvi233 me watching this during the exam in the bathroom
Legends: Tomorrow is my exam.😂
One day before the test
Thank You
Aapko pta nahi appne meri kitne madad ki hai☺☺☺☺☺
I like the way you show us the details thanks a lot sir
Thanks a lot it really helpful
Thank you! This was very helpful in understanding the content!
Hiiii
The best video bhai loved it ❤️
Great video bro keep it up
I watched lot of video but ur video is priceless 👍👍👍 well done bro
Very good video here. Base on your derivation, during the i1 flowing in coil 1 is there an i2 flowing in coil 2 or is it open circuit? If open circuit then there's no i2 then can we still assume K1=K2? Hope to get your advice on this.
Most best explanation😊
Amazing explained this concept....thank you sir...👍
This is the change in current that causes a magnetic flux to be set up but not the rate of change of current (just to be precise). The rate of change of current is rather a quantity that determines the strength of B. Am I correct?
Thanks
best video on this topic
Just excellent !!!
Best video on this top on internet
😍😍😘😘😍😘
Very good lecture Sir. Thanks 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏 Kindly continue uploading videos on similar topics 🙏🙏🙏🙏🙏🙏🙏
2 hours before exam 😂
Beat explanation
1 day before my eng exams😂😂
not funny😂
It was very helpful 🥰 i really like it
Yours concept gave me all the best data that I needed thank you sir thank you so much
you explained it in a very lucid way. just awesome
oo english😆
Your explanation was very good sir. Thank you .
Explained very well !!
it did really help me! thank you!
Does that mean that dc cannot be used for generation of flux cause we need current that is changing with time and i think only ac can serve that purpose.?
Thankyou!
Very good explanation !
could you tell me what pen type and software you use for your presentation ... thanks!
Keep it up .....😊😊
Hello sir! How can we derive that M is the aame for both (N2○12/i1) and (N1○21/i2) at 6:50
Very nicely explained 👏
Great Explanation, how to find inrush current resistor value for input side of power supply?
Great Explaination...
Thank you so muchhh sir🥰
excellent explanation
One day before my board's 😂😢😢
It's very helpful...Thanks a lot sir
Ok nice I understand
Nice explanation try to explain different types of problems with this derivation for better understanding BUT content is fine👍👍👍👌👌👌💐💐💐
10 days before board exam
Thank you so much! 😭❤
Supr bro your explained well.at the same time you upload the transistor for us.
Thank you so much 🙏🙏🙏🙏🙏
Got it sir .... thankxx alot 🙌
Why can induced emf and emf be in the same direction?is that not a violation of lenz's law?(Magnetic field exert forces in opposite direction)
Tqsm for the best explanation
Thank you, good explanation
I have a question, say you want to treat your inductance as constant, what would the expression of the coil inductance become? And what's the difference between coils with difference geometries? Some coiling takes the form of a solenoid, sometimes square sometimes rectangular. And thank you for this very helpful video.
Tq ur giveing a such a good information and it's so helpful me once again tnx
Great sir explained very well
Question: If we move a magnet in front a coil and the magnetic flux φ, due to the magnetic field of the magnet, crossing this coil varies then an emf e1 = -dφ/dt is induced in the coil. If the induced current in the coil is also varies, is there a self induced emf in the coil such as e2 = -L di/dt ? and that you.
Because of the varying magnetic field, the time-varying current is generated. As, φ = Lx I. So, I would say e1 and e2 are the same things. (Considering you are not applying any external current to the coil)
@@ALLABOUTELECTRONICS Thank you for reply.
Now i have my main question: The current in the secondary coil is alternating sinusoidal (variable) , so in addition to the electromagnetic induction e1 = - dφ/dt we have also self induction e2 = - L(di2)/dt. The question is, why we do not take into consideration this term in the transformer? and thank you again for reply.
Thanks! Great Explaination...
Short and crisp🔥
You should be thanked more often. So thank you for the video
2:30 hour before the exam 😂
Thank you sir ❤
Have question from the inductance.The question is.List the The application of the inductance?Some of you have any idea and give comment.
Super explanation sir
Very helpful. Good job!
Good explanation sir thank you
very helpful sir
Superb bro!!
1day before my sem
How to simulate it through multisim sir? I cant design circuit with wattmeter and variac
Self writing and typing goes together eclipsing the written expression
Please turn off the subtitles in the video settings.
Great sir ✌️👍
Super explanation
After Confusion...Top that
3 dayz b4 exam
Tomorrow is my electricity and magnetism paper and now I am here 😅😅
great explanation , it should be a relation between the coeftion of coupling and the distance between the tow coils
1 hr before practical 😂🤦🏻♀️
Excellent...
Thanks !
How do you find the M? We found L1 and L2 inductance, but how do you find M?
M = k * sqrt (L1*L2)
Where k is the co-efficient of coupling.
Night before exams😄🐶👀
Thanks it is easy to understand
1 day before my board exam 😎
1 day before my preboard 😌
So much helpful .. thank you
profound thanx to you sir....!!!
Thank you very much sir 👌👌👍👍👍
1 day before pre boards 🗿
Nice video
Bhai, ye deivation to book me, b hai....
Wat i try to say here is dat... As a bro, try to explain as simple as possible first dan go to the derivation part.... By focus mre on layman explation than go toward complex part... Always.
Peace🤗
sahi pkde h
All your stuff in it and mutual funds for the first one of my favorite things to do that too much more than just got home from work and mutual funds for the first one of my favorite things to do that too much more than just got home from work and mutual funds for the first one of my favorite things to do that too much more than just got home from work and mutual funds for the first one of my favorite part is the first place in malayalam film, the first place in malayalam film, and mutual funds for me to find appreciate the first one of those things that too late to find appreciate it. Hello arumille, a former member. scert malayalam 10th chapter of the national academy k. scert maths class and mutual respect to the first one was a former employee. school starts with the first one was a little late to find appreciate it and abcdefghijklmnopqrsttuvwxyx 12345678910 @&&????????????? Thanks very much for
reading
1 Day before Pre Board exam
Super brother