Hall Effect

[@santhoshraj5232]

This helps me a lot at the final moment mam. thanks a lot from my bottom of the heart ❤️

[@rithikats5520]

yeah really mam😁

[@i2hmusicworld]

1 day left to sem 😅 10+ vedio than plan ey 😂

[@saisanjay3231]

Thanks mam your explanation is very easy to understandable......✌️

[@bksciencefactory]

It's awesome. Thank you mam

[@sindhumathi5680]

Thank you mam clear explanation this video is very helpful for me

[@Jagadeesh-su3oj]

Crystal clear explanation mam✌️

[@surendharr9957]

Thanks 🙏 man

[@K4M4L_44K4SH]

Thanks a lot❤

[@v.sanjaykumar6818]

Please cover the syllabus as soon as possible

[@menakaroselin1375]

Nice explanation mam

[@Teenu]

Thanks mam waiting for this topic mam plz make video on hall devices

[@mm-lf6dx]

Very thanks man... Your video is very useful 😍😍

[@sivaranjanibaranidharan1984]

Thank you so much mam!

[@sanjaym7187]

Mam, dielectric and insulation chapter lectures podunga

[@zaracute1884]

Mam I had doubt about when current flow through the semiconductor electron moves in the opposite direction of conventional current flow magnetic field applied in the perpendicular direction of current flow as electron moves through magnetic field it experience Lorentz Force due to Lorentz Force electrons are pushed to the one side of the semiconductor creating an accumulation of negative charge and positive charge opposite side this create electric field which is perpendicular to both current and magnetic field according to your lecture electric field is applied but where mam we applied electric field we just apply the current and the accumulation of positive charge and negative charge create electric field mam will you clarify my doubt😢

[@physicsmadeeasy-dramrutha-KCG]

Accumulation of charges do not create an electric field. It creates a potential difference.

[@HonestHelper-or4kp]

Thanks mam

[@kuttykutty6284]

Thanks mam🙏🙏🙏

[@pranavsaravanan1223]

Transverse magnetic field means?

[@physicsmadeeasy-dramrutha-KCG]

Generally it's a field perpendicular to the direction of wave propagation

[@pranavsaravanan1223]

@@physicsmadeeasy-dramrutha-KCG ok mam thank you mam. I'm very thankful for posting videos mam as it helps me to understand the concept clearly and at the same time now I'm getting confidence to attend the exam without fear. As I was suffering in understanding the concept from the beginning of the sem . Your videos explain the concept clear and this what I was expecting for.