Betatron (Particle Accelerator) Principle, Construction & Working

[@FortheLoveofPhysics]

Van de Graaff ► kzbin.info/www/bejne/h2rFmp2ohsuGbKc LINAC ► kzbin.info/www/bejne/eWicaWZurNmFkNE Cyclotron ► kzbin.info/www/bejne/gmbdmaOCm9OkfcU Synchrotron ► kzbin.info/www/bejne/qIC7l6Bsesqtm6M

[@PIYUSH0PIYUSH]

Sir I don't know u will go through this cmnt or not but heartly saying may God create only teachers who love their subject, not d teachers who use it only to earn money, sir really thanks wish to meet u once in life and touch ur feet❤️

[@surendrasolanki2011]

Best physics teacher i had ever seen on KZbin

[@rollbot]

2nd this

[@zehraharifeen5763]

No doubt

[@ahmaddanielbinmatshah1671]

I see you sweating in this video, hope it pays...I do hope you get a millions and millions subscribers. The Best Physics Video Channel in KZbin .

[@navneetkaur9244]

Uh r literally saving me in this epidemic.....thnku so much sir 4 ur kind efforts...they r really helping a lot to prepare 4 my exams🙏😇

[@muhammedjaasam5506]

Good Explanation.best teacher ever seen in KZbin. Keep going

[@Yadessa]

Brief at all you present! Excellent!!

[@saikatbanerjee1973]

I am a big fan of your teaching. Only love for physics can lead to such good lectures

[@charitylyngdoh8912]

Waw it's really a good explanation I can understand it very well...Thank You soooooo much Sir for this lecture🙏🙏... and plus you explain by an English Language so that every students from the different part of the country can understand it...Once again Thank You So Much Sir For your Great Jop👍👍👍

[@yasirjunaid6036]

You are Real gem every student looking for.You make physics adorable.Thank you.keep doing the job...best wishes

[@pavimanu5115]

One of the beat teacher... I ever saw.... It's just like I went in to deeeep... Awsom sir... Tq..... And u r body language along with smile..... Attracts u r teaching.

[@paromitaadhikari7166]

I am amazed to see how you explain each and every point of this topic.Now the concept of betatron is crystal clear to me.Thank you for such a beneficial tutorial and you have such a good oratory skill.

[@vikramsinghthakur8509]

100 times better explanation than my physics teacher Thank you sir

[@daltonsahu105]

There's a magic in the way you teach accelerator physics. Absolutely fantastic sir.❣

[@rollbot]

wow this is an amazing class! - clarified so many things for me! Thank You!

[@vinayreddy4266]

Sir ur classes are very neat and cleanly explained the topic......tq for uploading ur classes in youtube ,it helps us more n more 🙇

[@Epselon]

Sir you are great teacher

[@Eduphiles18]

Sir apki writing drawing and explaination is very nice ... Ase teachers needed h jo faltu batein krke behkaye na or apna kaam ache se kraye ..thankyouuu

[@gggg3690]

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[@dandusubbaiah8374]

So good sir..... No tension no tension in the examinations because of you sir.....

[@shortmaster9305]

Sir you are the best youtube teacher in the world .🙏❤️

[@roshanr2345]

This is far far better than our college thanks sir

[@pi17]

Great exhaustive and complete lecture....Watched at 1.5x speed. 🌲🌲🌲

[@VanshikaAgarwal-oj9qm]

Such a good explanation 👍

[@josjos2157]

Sir super sir... Heartly thank you sir... Nice explanation... See you happy in standing lecture.... Am very very happy...

[@s123sss]

Very clear explanation... Thank you

[@anyapatel50]

nice explanation sir thanku so much😍😍😍

[@s.saranya5139]

Best physics teacher ever🙏🙏

[@krutika_kn]

Amazing explanation sir !! 👏🏼

[@sangramsinghgour9881]

High level explaining sir......thanks sir

[@harshmittal4156]

Nice explanation 😇😇😇😇

[@kailukemetzner]

Such a helpful video. Thanks so much.

[@mahinqureshi2470]

Very simple and interesting way to explain thank you so much sir.

[@Yogesh-Sachdeva]

🙏🙏No Competition🙏🙏👍👍👍 ✨✨✨✨✨✨Keep It Up Sir👍👍👍👍👍👍👍

[@sauravpandey7887]

ur lecture is veryy fantantic... keep it up sir.❣

[@shutupimlearning]

brilliant teaching, I'm definitely subscribing!

[@Nanba91]

man I owe you my physics degree!! thank you!!!!

[@fredrickmiyeye9785]

your best i think our lecture use this tutorial before today lesson

[@paridhimaurya7777]

Thank you so much sir... Really u made this concept so easy that anyone can understand it....

[@darshanpatidar3155]

Beautifully explained sir Superb

[@shrinathhirugade9691]

Thank u from my bottom of my heart.....sir....

[@psingh9453]

Excellent teacher

[@Senthilkumar-cq8ue]

Superb sir very useful your classes

[@MATHSSHTAMOFFICIAL]

ahaa looking like you are inspired by Walter lewin😇 However, whatever the reason is you just teach amazingly good...

[@harshvardhan7042]

Can anyone tell me why this man has only 29k subscribers!! This man deserves at least 10 million 😍

[@unknowndon]

Sir your way of explaining is woww really such a great way that I understand everything about betatron❤❤❤❤. Thanks of providing this kind of lecture.. i really appreciate you... Please keep continuing ❤❤❤

[@amanlohan9902]

Great work 🙇‍♂️

[@sandhyasharma5906]

Even students like me can understand physics if we get teachers like you i never understand anything in physics but your way of teaching is so amazing that it feels like even i can do that❤

[@sajeethaparveen1625]

Awesome explanation sir. Tq so much

[@sharifuzzamanshafi4691]

Good Lord, you are so good at this. Thank you very much ❤️

[@GaganpreetSingh-ft1xi]

Sir u r best❤️❤️

[@jatinjain850]

very heplful video at the time of exam. Thank you so much.

[@dinaahmed5835]

Amazing thank you for this great effort. Allah bless you🌹🌹

[@lovelyverma1629]

Best explanation sir ji

[@AshokKumar-nt4fl]

Nice lecture sir...It's very useful ..Please continue your effort.

[@varshameghwal4611]

Very well explained sir... Is there any video based on the working mechanism of cyclotron??

[@A786.]

Thank you sir 🙏🙏🙏

[@RohitThakur-zb9px]

Awesome explanation sir......

[@priyamoolya8675]

Thanks u so much sir for ur briefly explain I can understand this topic clearly

[@chandanrout9465]

Great explanation ....

[@mdshahabuddin3330]

Thanks sir. It helped a lot. please keep uploading videos. we love you

[@pragathiv3944]

Thank u sir. it helped lot

[@ghc9377]

I like this video very much

[@sarojmandal7344]

Sir I feel like I sittting in front of you in class room sir your class is very helpful Thank you sir❤❤❤

[@vandanatabiyad8332]

Great job sir thank uh 😊👍

[@jagadishdutta5120]

Beautiful lecture sir

[@ajaysauravminhas1191]

Thanks allot sir .....❤️

[@manalihirpara7014]

Sir, your explanations are awesome and also timesaving. Can you please give explanation about compound nuclear reactions, direct nuclear reactions and evaporation?

[@maozfaraikha947]

Sir you are the the best and love from Pakistan 🇵🇰🇵🇰🇵🇰

[@bickysahoo9914]

Thank u very much sir

[@advikawalia1914]

Good

[@sktdebnath]

Wonderful lecture. However I think you forgot to mention that induced electric field is nonconservative in nature. Only then you do some work while completing a circle.

[@ankitthapa921]

Thanks

[@sarthakmutreja1559]

BEST FOR THE BETATRON

[@HitAndMissLab]

Thanks for a great lecture. Question: one thing that I don't understand is, as one switches magnetic flux from downwards to upwards that would change the direction in which electrons are rotating. So, if one had sinusoidal magnetic flux he would just get electron going clockwise and then counter-clockwise. So electron will never accelerate?

[@Neeraj-is1jt]

he only know maths which is available in any standard textbook,he doesn't have any physical idea of situation

[@cosmicmelody4259]

Bro we eject electron before magnetic fields direction gets changed

[@beautyofnature7358]

Outstanding

[@tutty_looty]

Is there any diff bet x rays from betatron and normal x rays

[@burrito16]

thank you

[@rudranshsharma6255]

Sir, this video was awsome... can u make a playlist on theory of relativity ? I have read HC Verma but could not understand much of it. 🙂

[@ashishgupta7603]

amazing sir

[@ssinghja]

Very nice . pls. send video of microtron, storage ring and other kind of particle accelerator. also on medical cyclotron. Thanks

[@vidushisharma5894]

Thankyou sir

[@captainnoober7421]

sir u have explained in the best way possible, nut i have a doubt that if there is a changing magnetic field than it should also affect the direction of rotation of electron means on changing m.f. direction should also change

[@lakshminilugal890]

Sir your teaching is awesome. Can u please make the videos about nucleon scattering

[@nabanitapaul1865]

Wonderful explanation...Nabanita Paul

[@Ancefran]

I really like the explanations. But KZbin is exaggerating the amount of ads in the middle of the video. In 13 minutes of video, 4 ads appeared!!!

[@yashvichhabra27]

Amazing

[@shubhamroy5779]

what are the disadvantages?

[@malikhasnain8933]

Sir ap ki awaz loud ni hoti .bki ap bht acha samjhaty han

[@manishasrecipies2945]

Sir your videos are very important for me.plz upload a video on density of states in semiconductors.

[@Hansapareekk]

Sir make video on elementary particles

[@ramansingh8106]

I have a question that induced emf will follow lenz law and there will be minus sign in your derivation and this can deaccelerate???

[@johannesfolttmann887]

Hello, nice video! I have recently watched the video, where you derive the formula E=mc². I guess you don't want to do more videos on the, but I would appreciate you doing a video on the derivation and meaning of the equation E²=(pc)²+(mc²)². I do not understand how it fits into the overall picture of the special theory of relativity. I see how this equation can describe both the rest energy of any object with mass, as well as the energy of a photon at once, but i cannot connect it to the rest of the formulas of the special theory of relativity. I also don't really understand how photons are affected by those equations, as they don't have mass and therefore cannot be described by the formula E0=m0c² as well as the formula E=mc²=γm0c². (I wrote E0 for resting energy and m0 for resting mass). Thank you!

[@FortheLoveofPhysics]

Hi, the relativistic energy of anything (whether a photon or any other particle) E²=(pc)²+(mc²)² contains energy terms due to two "contributions" (simply put) : 1) rest mass energy (mc²), and 2) energy due to motion (pc). The expression is not a simple addition of KE with rest mass energy, but rather the above complicated expression is because as a particle starts moving, its mass starts increasing also. U can search for a simple derivation usng STR, you will find it in a book. Also, Since light has zero rest mass, (m=0 in the expression) therefore a light photon has energy E=pc, or p=E/c where E=hv

[@johannesfolttmann887]

@@FortheLoveofPhysics Thank you. You helped me a lot!

[@rimoroy252]

@@FortheLoveofPhysics sir could you make a video on books that any msc in physics student should read plzz.

[@Talhanisar-bw8po]

Sir g,,,,no lecture about solid state?

[@sawaidaiya2696]

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[@Nimmishiva]

Very Nice ....Admire you

[@ShubhamKumar-ps1qw]

Sir please suggest best book for understanding neculear and particle physics

[@adolfoalvarez5346]

Dear professor I have a question. I´m a service engineer in a place where we have 3 betatrons for x-ray for industrial purposes. One of them doesn´t begin scanning when it has to (it takes about 2 seconds more). The 3 systems are programmed the exact same way but like I said, one of them is taking a little bit more to initiate the scanning process. In the X-Ray module I have the supply unit that energizes the betatron and the pulse converter, I have of course a pulse converter and I have the betatron. My theory is that it´s taking too long for the magnets inside the betatron to activate or to excite the particles within the radiation chamber in order to obtain the x rays. Could you verify this for me? is my theory correct?

[@Vrushabh_M]

And unlike in cyclotron, how does the gamma (relativistic factor) does not affect the condition here

[@fozymilograno]

Great!