I feel like it's because he's from India, it's a lot harder for them to get a lot of reach since they have to fight each other to the top. I could be wrong, I'm just assuming
thank you a perfect video ... please use this type animation videos with smal titles like loss dielectric ; permitivity .... etc In order to understand them deeply
An electric dipole is what is created when you bring two charges close together. A magnetic dipole is created when a correct passes through a circular wire, thus the magnetic field has a similar shape to the electric field in an electric dipole
Any reason against using titanium dioxide (TiO2, rutile) for dielectric barrier discharge / plasma actuators? Can you think of better alternatives? Criteria: (1) good dipole characteristics combined with very low conductivity. (2) The breakdown voltage should be at least ~7kV/mm (more is better). (3) it has to be easily shaped (I thought of mixing low µ TiO2 powder with a bit of epoxy)
Very nice, but why music?! It's inappropriate in a learning environment. Music interferes with perception distracting the mind. Also it make it look frivolous. The video would benefit very much if the music was not there.
Idk why TH-cam don't recommend these type of videos instead it recommend all rubbish videos at last I found this so thankful sir 👍
I feel like it's because he's from India, it's a lot harder for them to get a lot of reach since they have to fight each other to the top. I could be wrong, I'm just assuming
It is recommended to me
The whole electrical engineering world should watch this video and benefit from it.
This was so concise - Well done. 👍I took copious notes. Perfect for a beginner like me!! Thank you! 💖
Fantastic explanations. So many teachers delve into a world of maths, and over complexity. This is clear, concise and easy to digest. Thank you.
Thank you for your feedback. You made our day! We look forward to continuing to serve you well :)
Short but Very informative
Wow , this was beautifully explained. Thank you
Easy to understand and very useful
Explanation is ❤️
Keep making these type of vedios it is quite easy to understand it in animations👍👍😁
Wow 👏👏👏
Nicely explained
Well done
thank you a perfect video ... please use this type animation videos with smal titles like loss dielectric ; permitivity .... etc In order to understand them deeply
I would love to watch more videos from ur channel
Subscribed ❣❣❣
this video is legendary, tysm.
The best video on the you tube 🖤🌸thank you so much
Thanks for the wonderful video 🎉
Thank you for your feedback. You made our day! We always look forward to continuing serving you well :)
Nice and helpful video 👍
Awesome video!
Thank you for your feedback. You made our day! We look forward to continuing to serve you well :)
very nice explanation.
which chemical elements are dielectric?
Nicely explained. I watched it twice because I found the music a little distracting.
Very informative. Thank you!
What's the difference between a magnetic dipole and an electric dipole?
An electric dipole is what is created when you bring two charges close together. A magnetic dipole is created when a correct passes through a circular wire, thus the magnetic field has a similar shape to the electric field in an electric dipole
Thank you.
Any reason against using titanium dioxide (TiO2, rutile) for dielectric barrier discharge / plasma actuators? Can you think of better alternatives? Criteria:
(1) good dipole characteristics combined with very low conductivity.
(2) The breakdown voltage should be at least ~7kV/mm (more is better).
(3) it has to be easily shaped (I thought of mixing low µ TiO2 powder with a bit of epoxy)
You guys are super
Really helpful, much appreciated. But why put silly music over the top? so annoying
Thanks
Meaning magnetically excited but not fully conductive to electric ⚡⚡
Very nice dear Sir
Good video
Thanks..
Short and cute
You should have added notes of all that you taught.
Thanks. I just can't absorb information from reading wikipedia.
10-15 classes in my sem1 = this 6 min 14 secs
Thank you! What a nice thing to say. We are so grateful to have a passionate learner like you as a part of the student community.
to bad the dielectric was already known to be magnetism🤔 wonder why they changed it.
antiferromagnetic/ electric
Very nice, but why music?! It's inappropriate in a learning environment.
Music interferes with perception distracting the mind. Also it make it look frivolous. The video would benefit very much if the music was not there.