hall effect (hindi)

[@Eduphile]

Quick Revision of Hall Effect starts from 9:43

[@Mylife-explore]

Thanks for telling. ❤

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Thanks for saving precious time of end sem night

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Legends watching on 2024....😅😅

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Thanks 😊

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@@Eduphile aap samjhate hi bahut badhiya ho....

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😅

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Ultra legend watching 1day before exam..... 🌚

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@@Viralshortssvideo bs bhai do bara se dekh rha hu....

[@ameesh_rewa]

Kal paper hai aaj dekh raha hu sir But u r Great 👍🏻

[@Eduphile]

All the best ❤️

[@23_rehanahassan7]

I haven't seen this video yet but i can comment on it without watching it as I have seen most of ur videos which are extraordinary with great explanation... This will also be great as usual

[@Eduphile]

Thanks for your trust on this channel. Keep Growing

[@samimzulkarnain564]

I'm also.EVERY TOPIC 🔥

[@r4izyes]

So true brother

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1 baat aur padh lo sab 😂

[@Smotive307]

Ultra legends watching one day before semister

[@Eduphile]

All the best

[@ishraqmansuri1391]

2 h pehle

[@predator1760]

Exam ke 1 din pahle dekh Raha hu do bhi 10 min samajh aa gaya thank you bhai

[@Eduphile]

All the best

[@atharvgaur6002]

Muje nhi aaya bhai

[@toobaqamar2478]

Just love your videos you're the best teacher great respect for you sir g 👏 🙌

[@helcamcricket1019]

Bhai hatho pe pashina aa gya kaafi mehnat ki explain krne ke liye..tx

[@Eduphile]

Thanks . Keep Growing 🤗❤️

[@himanshusinghbaghel5200]

Best KZbin channel in you tube Thanks bhaiya Aaj mera exam hai

[@Eduphile]

Most Welcome, All the best

[@ss-bb2mc]

Wowboht achy sy explain kiya👏

[@Eduphile]

Thanks. Keep Growing

[@uvlearning3003]

doing great job your teachings methods are great heads of u ❤

[@Eduphile]

Thanks ☺️

[@adilkureshi8453]

Very nice👏👏👏, very helpful 🙏

[@Money_speak-4u]

Sir this was very helpful Thank you 😊❤

[@Eduphile]

Most welcome 😊

[@shanvitripathi485]

Very good explanation, thank you🙏 sir

[@Eduphile]

Most Welcome. Keep Growing

[@souravgurjar7976]

Thank u so muvh bhaii...your explanation is excellent...keep helping us bro...

[@Eduphile]

Most Welcome. Keep Growing

[@Yhhhttww]

Sir your videos are excellent 🤗🤗🤗🤗🤗

[@Eduphile]

Thanks. Keep Growing

[@khawarhussain4329]

Thanksss sir because this lecture so easy to understand the way you explained,"

[@Eduphile]

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[@ajitmaurya7529]

Thsnk you sir.. I found help in pg entrance..

[@Eduphile]

Most Welcome. Keep Growing

[@mutahhar_mudassar]

Ultra legends watching in 2025 😂

[@Eduphile]

Thanks ☺️

[@x5.324]

You are doing great job sir

[@siyuu345]

Very easy explanation sir amazing 😍

[@Eduphile]

Thanks and welcome

[@aaryya22]

Tomorrow is my paper it'll gonna help a lot as always thank you so much sir for all the support❤

[@Eduphile]

All the best

[@irfanghanishakir]

great im a big fan of u sir from pakistan

[@Eduphile]

Thanks. Keep Growing 🤗

[@perfect_sanatani]

Really helpful thanku sir

[@Baburao-ganpatraovapte]

Sir in pyq there was que State and prove bloch theorem So which derivation should i have to prepare Is it same of kronig penny model ?or any other

[@Eduphile]

I shall try to upload Bloch theorem

[@playlittle112]

Bhai explain toh gajab Kiya aapne. Lekin board peh hota toh aacha rahta

[@Eduphile]

Thanks for your feedback

[@irfaaaaannnn]

Legends watching in 2025 a day before exam 😂😊

[@Eduphile]

All the best

[@prathamborda]

Lorentz force and Electric field's force will be in same direction, Isn't it?

[@Dharmender-hw3cd]

Sir direction of magnetic field and flow of electron is same but it have to perpendicular According Fleming left hand rule So I think magnets 🧲 will be replaced to horizontally

[@snowdropquotes1100]

That's what i am thinking

[@targetmbbs8353]

It was helpful and easy to understand thank u sir ✋✋

[@Eduphile]

Most Welcome. Keep Growing

[@targetmbbs8353]

@@Eduphile ✋✋

[@mumtazmayo8376]

Wonderful outstanding ❤❤❤

[@Eduphile]

Thanks 🤗

[@prasannarajani5021]

Your style of explanation is wonderful. This video helped me a lot. Thank you. Please explain Antennas if possible...

[@Eduphile]

Most Welcome. Keep Growing

[@Baburao-ganpatraovapte]

Sir can you please tell that what are hall coefficient, hall angle

[@Eduphile]

I shall try

[@hanifuddin2845]

I will also became quantam scientist This is my dream

[@Eduphile]

That's Great. All the best

[@Khatribabi079]

Sir this in enough or not for Bachelor level??

[@Eduphile]

Yes enough

[@Khatribabi079]

@Eduphile thanks sir for your confirmation 👍

[@somnathbera6857]

Nicely explained sir...abb mamajhme aa geya sir...thnk u sir so much

[@Eduphile]

Most Welcome. Keep Growing

[@prathamnotorious8685]

Teach on a white board. It would be really great!

[@Eduphile]

Thanks for your feedback

[@amritanshu1167]

You are just awesome book me theek sw explain hi nhi kiya hai

[@Eduphile]

Thanks. Keep Growing

[@shanuenterprises8698]

why did you tell(make) direction of electric force and magnetic force anti parallel?

[@nandkumarkushwaha2232]

Sir apne at 7:47 pe electric force aur magnetic force ki direction inke original direction se just oppesite bata di, electron pe electric field ke just opposite force lagti hai mean yaha electric force at electron of conducting block, Negative to positive aur Magnetic force positive to negative hogi

[@Eduphile]

Electric field is defined as the electric force per unit charge. The direction of the field is taken to be the direction of the force it would exert on a positive test charge. The electric field is radially outward from a positive charge and radially in toward a negative point charge.

[@anushkasodhi5719]

Sir your video is very nice.It is really very helpful . But ek request h sir Aap numericals bh solve karke dikhayega please.

[@Dheeraj-p2i]

Legends watch on exam day

[@Eduphile]

All the best

[@Dheeraj-p2i]

@@Eduphile tq par exam bada tough aya tha 😂 paas hona muskil hai ab toh

[@saloni9738]

Sir how this positive charge develop at the right side of conductor as electron was moving from negative terminal?

[@Eduphile]

Video timing bataiye aap

[@Mylife-explore]

​@@Eduphileshuru me.. like electron nikalta he to samne +ve charge kese agya

[@alstoxgaming]

Thank you sir ❤❤

[@99stranger]

Sir plz GM counter and scintillation counter ki bhi vedio upload kijiye🙇‍♀️🙇‍♀️🙇‍♀️

[@Eduphile]

I shall try

[@riyabondre]

Very nicee explanation sirr 😊

[@Eduphile]

Thanks 😊

[@shubhamsanghvi4174]

superb explanation

[@mohit4393]

Thankyou very much sir for your vedio

[@Eduphile]

Most Welcome. Keep Growing

[@meethiprajapati]

Sir camera ko stable kar ke video bnaiye

[@Eduphile]

Thanks for your feedback

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Thanks sir for the video🙏☺

[@Eduphile]

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[@GoluKumarraut-j9p]

Sir saha theory pe video chahiye please

[@Eduphile]

I shall try

[@o23000]

Jabardast sir ji

[@Eduphile]

Thanks 😊

[@poonamkumari4752]

Thank you sir... it's helpful

[@Eduphile]

Most Welcome. Keep Growing

[@Pprince839]

Ultra legends watching the night before the exam 🗿

[@Eduphile]

All the best

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@@Eduphile thanks

[@anandrajak3409]

Tommoro my exam physics

[@Eduphile]

All the best

[@ljimmi713]

From where you get inspiration to set the name of your channel as 'Eduphile' ?🤔

[@Eduphile]

Word Bibliophile, means Biblio = Books and Phile = Love Eduphile = Education + Love = Love for Education

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Back 🔙 pepar prepration 😢

[@Eduphile]

All the best

[@vinnivinni864]

Sir ne topic hum bsc 3rd year main bhi kar sakhte hain kya ?

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After i subscribe 148 k complete 💯

[@Eduphile]

Thanks 😊 ❤️

[@deependralowa4044]

This video is simply good but you could not explain clearly the direction of two forces ,electric force and magnetic force

[@Preetam-fo4qw]

1 ghantey mei exam🥲

[@Eduphile]

All the best

[@atultiwari9425]

Legends watching this 1hour before exam...😅

[@Eduphile]

All the best

[@Abhito_uchiha]

Thanks sir concept cleared

[@aleena-h9n]

sir ap great haan

[@Eduphile]

Thanks 😊

[@nimraofficial73]

Zabardasht thanks sir g

[@rahatulain3756]

Direction of the magnetic field is upward because it emerges from the north pole

[@sanketpurohit1943]

bohot accha samjhaya yrr

[@Eduphile]

Thanks. Keep Growing

[@ifraakram4158]

sir could you make video about electric field and gausses law

[@Eduphile]

Aap yaha se Check kariye Electric Charges and Fields: kzbin.info/aero/PLyTVFDODClZg02FiyeIqwqWd-ocOk8YFV

[@phyfix]

you are doing good you can go for better also . try to explain in more details

[@Eduphile]

Thanks. Keep Growing

[@VikashPachvariya]

Thankyou so much sir ❤

[@pavannaik3428]

Thanks..... Keep growing .....

[@Eduphile]

Most Welcome Pavan

[@priyankamodawath6197]

Thank you so much sir 🙏🙏

[@rahatulain3756]

Lorentz force is basically qE +q(v×b)

[@ArinJoshi]

Thanks sir ji 👍

[@Eduphile]

Most Welcome. Keep Growing

[@vishalduttmax7303]

Thank you so much Brother....

[@Eduphile]

Most Welcome. Keep Growing

[@bablumujalde6677]

3 min all complete video

[@manu--gj9is]

6 ghante baad exam hai 😅

[@Eduphile]

👍👍

[@x5.324]

Completely understand

[@bilalhussain2789]

Thank you sir

[@Eduphile]

Most Welcome. Keep Growing

[@munalsingh5617]

Thanks bhai❤❤❤❤

[@Eduphile]

Most Welcome 🤗

[@samirsaini783]

Bhaiya hall cofficient zero kiska hota hai Metal semiconductor insulator me

[@rahulahirwarvisuals]

Very nice sir

[@Eduphile]

Thanks. Keep Growing

[@be.a.pro.Cuberr....]

We are in 2025

[@Eduphile]

All the best

[@c.rahul_771]

bhai next level explanation

[@mahadbari7712]

Thank you brother ❤

[@deepalishukla6736]

Thank you sir 🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻

[@Eduphile]

Most Welcome. Keep Growing

[@Govindmewada-e4r]

Legend is watching last night of exam 😂

[@Eduphile]

All the best

[@VishalYadav-l9o7s]

Legend are watching on 2047

[@muhammadmuneeb9854]

Lorentz force is the resultant force on a charge due to both the electric and the magnetic fields

[@Eduphile]

Yes

[@Mylife-explore]

Thik bhai.. yeh definition me hall effect ke definition ke ander likh dunga😅

[@neelmodi1409]

very nicely explained!!!!

[@vnxpyscho8594]

Is this worth for bsc ?

[@Eduphile]

Yes

[@filmsuggestions4u]

day before backlog 🙄

[@anshulsharma6895]

Thanks bro

[@Eduphile]

Most Welcome. Keep Growing

[@umamamalik9662]

Sir is ka answer bata dey plzz. Why crystal of Argon and krypton melt at very low temperature? Sir lazmi bata dey

[@Eduphile]

The lowering of temperature leads to structural phase transitions in the solid. When the krypton mole fraction is lower than about 0.88, the transition leads to the formation of domain-wall structures, in which the commensurate domains are made of krypton atoms, while the composition of walls depends upon the Kr mole fraction. It is shown that even rather small concentrations of argon atoms can trigger the commensurate-incommensurate transition. For still higher Kr mole fractions, exceeding about 0.88, the commensurate, krypton-like, solid phase is stable at any temperatures below the melting point. At sufficiently low temperatures, the phase separation takes place and argon atoms are removed from the film interior to the peripheries of submonolayer. In the case of films with the total density close to the monolayer completion, the commensurate structure shows much higher stability. It is demonstrated, however, that it is an artifact of the simulation methods used and, in particular, of the periodic boundary conditions applied, rather than a real phenomenon. It is also demonstrated that the phase diagram topology of monolayer films changes with the film composition. In particular, the vapor-liquid critical point appears only when krypton concentration is lower than about 0.45.

[@umamamalik9662]

@@Eduphile thank you sir

[@umamamalik9662]

Sir ji ye answer to mishkil hai thora easy ker key bata detey

[@engineeringpassionate9855]

Thankyou sir 🙏🙏🙏🙏

[@Eduphile]

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[@OnlyforRomance-cp1xj]

24 ko exam h

[@Eduphile]

All the best

[@satyampandey5756]

Thankyou sir💙💯

[@Eduphile]

Most Welcome. Keep Growing

[@eeshanpatel8345]

excellent

[@sahilkadam1096]

Ultra pro max legends watching on 2025😂😂

[@Eduphile]

Thanks ☺️

[@harshparmar2832]

Thank you sir ji