e by m magnetron method

specific charge, e by m, magnetron

[@BhabaniShankarGhosh]

Thank you Mam. Up ki waje se Mera University exam Achhese hogya.... Thanks a lot🙏🙏🙏..

[@garimabisht3321]

Nicely explained respected ma'am🙏
Thanks for sharing👍

[@bsnegi1920]

Appreciate your initiative to start such a nice educational channel to help students.
All the best to you .
Keep it up 👍👍👍

[@meenakothyari914]

Thanks 🙏

[@Wisd0mWave23]

This video cleared all my doubts, tomorrow I will perform this practical

[@atharvsharma8897]

Very helpful video mam ..explained so nicely and deeply
Thanks for this😊

[@TanyaJadon-uj7yj]

Very nice explanation ma'am ❤❤

[@user-er6yk2rt3f]

Perfect. Thank you. Reading for viva.

[@vinaykapil5067]

Excellent
Thanks for sharing 🙏

[@dailycreation111]

Thank you ma'am very nice explanation ❤❤

[@omskariyazmaraikayer913]

Excellent ma'am. Good demo.

[@sarojverma586]

Well explained👍

[@shubhampathak6190]

Very well explained mam !!!

[@ttiwari4463]

Explained great ma'am

[@MadhuSharma-bo9lf]

very nice thanks for sharing

[@amitkumarburnwal7199]

Thankyou mam🙏
It's really very helpful😊

[@rajendrasiyag5306]

Very helpful and gave the feel of offline

[@tanumultimixstudio]

Great
Welcome

[@PlantandSeedGardening]

very well explained, thanks for sharing 👍

[@meenakothyari914]

Thanks 🙏

[@mustafask5822]

Thank you mam...it really help a lot for me.

[@sangwanabhay4764]

Well explained mam❤️

[@Vaib247]

thank you mam for the amazing video

[@hemamehra6406]

Very nice mam,
👍🏻👍🏻👍🏻👍🏻

[@sandeepsadhukhan9859]

Thank you so much ma'am, take respect 😊🙏

[@SunilSharma-ks7jn]

Nicely explained

[@disilwaseth8775]

Thank you ❤️

[@ujjwalsarswat4124]

For calculating Bc, you took the intersection of the tangents. I can agree on the first tangent, but how do we decide where the second tangent touches the curve, it can be taken at another position to get a completely different value of Bc. This was not clear, other than that it was all nicely explained.

[@UmarMalik-li2bi]

As madam explained, for different anode voltages we get different Bc, if we plot anode voltage versus critical field, the slop gives (Ra2/8)*(e/m)

[@sundramkumar1373]

mam first thing is that the motion of electron is acclerated and ttherefore it will not execute circular motion in the magnetic field and second i did not understand the reason behind of drawing tangents .?

[@suhanisahu7536]

Mam when B=Bc, why radius becomes Ra/2 not Ra ..as the whole circle is circle of anode too so it should be Ra only ??

[@vishuparmar3470]

thank you ma'am...

[@jagattnsingh3906]

Excellent 👍👍👍

[@meenakothyari914]

Thanks 🙏

[@gunjanpoonia136]

Ma.am I have a doubt that when we start the switch the current in solenoid and in anode both are zero but there was some voltage in that voltmeter so can you please explain why so??
You taught very well.
Thanks for sharing

[@parthsarthimishra1477]

I think that is because there is flux associated with this changing magnetic field which in turns induces some EMF

[@vigneshdc5868]

👌🏽👌🏽👌🏽👌🏽👌🏽👌🏽👍👍👍👍

[@Wisd0mWave23]

Thanku mam

[@kishankumarkeshri9234]

op ma'am op

[@adityabhardwaj1058]

Noice

[@suhanisahu7536]

Pls improve sound quality ,,not clear at all

[@indrapal2979]

Mam please use mic 🎤 your voice is not clear

[@prudhveenadh9350]

voice is very low mam

[@prakharsodhiya8408]

++ 😁

[@praffulvarshney1553]

hemlo😁

[@Soni_Iyya]

Voice quality is toooo bad
Hard to understand

[@garimabisht3321]

Nicely explained respected ma'am🙏
Thanks for sharing👍