Curl of a vector field - Part 1 | video in HINDI | EduPoint

[@abhigyanmanasd3_038]

I saw so many videos for physical interpretation of curl but this is best one

[@rajurathod8478]

Superr sir

[@manishkushwaha3872]

Bilkul Manas bhai, I keep coming at this video to get an intuitive meaning of curl now and then...

[@ansaikia1775]

Agar har sarkari professor aaise samjata...toh sure 50% physics student aainstain, hawkings ban jata🙏

[@shovanray3557]

Exactly Right or Hum bhi desh k liye Nobel le ate

[@DrSahin-MBBS]

Dil ki baat kahe di

[@arijitsaha1472]

I ve gone through many tutorials of foreign instructor but have to admit that your concept and explanation is none the less I found as compared to them. Excellent explained.

[@ayushdhingra855]

Physics is more about understanding and what make physics interesting is understanding the concept .....Your videos make us understand the concept rather just applying question and solving question in physics need more understanding which make physics more interesting and easy to learn
Thank you Sir!! Respect

[@hemantbhandari5883]

Kewal aap hi shi treek se satisfied krte hai
Mera mtlb cheeje feel hoti hai
Nhi to Or channels pai kewal marks lane layk hi btate hai
Thank you so much sir

[@zubair1411]

Wow 😮 never seen such physical interpretation of this concept...

[@rubabayesha6625]

Must watch it, This 19 minute video does more justice than 19 hour self study

[@smritisharma6102]

Your understanding in physics is too good.you teach topics deeply.

[@Spectraeducation]

Best lecture on gradient, divergence and curl...

[@rahuljhariya9846]

Sir jo. Apne jamjaya woh koi nahi samja saka hai
Thank you sir for helping us and making things very easy.

[@jaydipbalasara4510]

I saw many video for preparation of seminar but after sawing this video I realize I earn treasure of knowledge

[@physicsfun2995]

Sir aap bahoot achaa practically physics ko samjhaate hai

[@abhisheknagar4098]

I hav seen your 11,12 th all lecture, now i m in college nd your lectures r very useful for me

[@manishsinghit_0218]

you are having a great explanation skills sir.....you are a rare gem for me 😊

[@DrSahin-MBBS]

Mind blowing teaching love you sir. 🌹🌹🌹🌹🌹🌀🌀🌀 I subscribed your channel 1 year ago we all are beside you go ahead sir ji ❤️❤️💝

[@abhinandanmalhotra8519]

Best ever video on the topic !

[@PhysicsNomad01]

Thank you so much Sir! Main baht sare kitabo mein bhi dekha par itna simplified explanation kahi pe nahi

[@nehhaqq]

Sir the way you explain any topic is amazing...keep always uploading...it will be a great help

[@irfanhanief1147]

What an explanation! Hats off👍👍👍....i wish my teachers could explain the concepts similarly.

[@raviahuja9167]

Sir if I got u in my student life I would HV been a great scientist
Aapko Mera Dil se namashkar

[@MohammedHasmi577]

Sir u r very good teacher tq so much sir god bless you

[@ajinkyababar189]

The best lecture i have ever seen. Thank you sir

[@armaandeepsingh6904]

You are a very good teacher

[@vedantgavde4322]

Stupendous teaching! Thank you so much for this vivid explanation.

[@bishalpaul6701]

you are my actual teacher.....mind blowing teaching

[@dheerajdaripaphysics6670]

Sir your explanation is very important to me and I will also be grateful to you.

[@misbahulrafi]

the best explanation I have ever seen ❤❤❤

[@Shrististatus]

Thanku sir u are amazing
Your lectures helped me in preparation on exams

[@prabalbaishya6179]

It was really a superb explanation sir!!! I am very lucky that I found you sir.

[@sahirulislam917]

Sir, your channel is too much helpful

[@Anmolkthd]

the best explanation....... sir thanks a lot it helps me a lot......👍👍👍👍👍

[@akashSharma-on8qe]

Best teaching ever... awesome × 100 😊😀❤💚💓

[@sunilmaske9129]

Your teaching is conceptual thank you so much sir

[@sumanjena5625]

Sir line integral, surface integral ke concept ka video release karte to achha hota

[@MayaRathore-l6v]

Thanks a lot😊 apna time dene ke liye

[@mustansirhussain4927]

Plz make parts of videos on transistor
This is the most difficult topic in physics for me

[@theteslafoundation3398]

Best video about curl

[@Nav....4861]

Thanks sir very nice explanation

[@sudhirsharma3435]

Great Explanation with Example.

[@sauravajau7770]

Thanks for giving a best lecture

[@ikartikthakur]

I was uselessly searching from one channel to another . Some showed graphic and other showed just theorm .
..
Sir you just blended both in hindi in such easy way .. fantastic ❤ ..
Your all videos are worth watching ..and i mean it .

[@zero2zexecutive630]

Lol. Never got such clarity on this topic before. Was always memorising. Now, I completely understand the Curl.

[@umakantanayak1602]

Awesome 👏 sir no positive word invent for you yet amazing 😍 sir

[@life-gw6cy]

Tq so much sir...

[@anandakrroy4642]

Thanks sir. I am benifited very much.

[@continnum_radhe-radhe]

Thanks a lot sir 🔥🔥 🔥

[@tariqahmad3587]

hello sir I am tariq islam from Pakistan I appreciate your work thinks a lot

[@rishabhkshrivastava2276]

Excellent work Sir.
Sir field theory ke liye best book konsi rahegi?

[@desicreatorofficial2873]

Deserves more likes👍👍👍👍🙏🙏🙏🙏

[@G177]

Sir aap kamaal ke ho ,thank you

[@marspalk7611]

Very well presented. I would advise to go little further and explain why a line integral devided by delta s turned from scaler to vector. I see you multiplied by unit vector which has direction but that was a manual fix.
Otherwise very well presented. This concept helps us in field of electrodynamics and Maxwell equation.

[@riteshpandey8586]

Sir i always wonder how can i be like you😇😇

[@mathsmania9374]

Sir thanku ,for your vivid concept ,and byw i didn't skip aids sir 😄😄😄🙏🙏🙏🙏🙏,sir am a msc 2 sem student plz teach us functional analysis also sir

[@nayan7398]

Nicely explained....thank you.

[@BharatKumar-dr4io]

Easy to learn the concept here...thank u sir

[@edupoint.physics]

+Bharat kumar
Thanks for your encouraging words.

[@anilrout5849]

Thank you sir for making videos on bsc physics

[@akshaykumarhande6769]

Great! Sir.....👍

[@factsexplanation]

Thank you sir, sir your explanation is too easy which make me to understand.
Thank you sir

[@johnpinto8473]

Big thanks ,.... I loved .....

[@moderngaming9769]

Make video of Theory of relativity

[@Krantiveer-y7u]

Best teacher

[@shivanshsinghslanki5945]

धन्यवाद बहोत अच्छे से समझाया आपने

[@prashanttiwari6305]

Best video and best teacher

[@edupoint.physics]

Hello Do you know,
Your support is very encouraging.
Thank you for your support.

[@anirbanguha8579]

Best of the best

[@adarshnaidu7422]

Thank you

[@dksskjshsh-ru5xt]

thank you it help me with my 11th

[@sarikakherwa789]

Guru ji , tusi great ho

[@bakugoukatsuki6913]

Sir, you are doing very great work. thanks for explaining so effectively

[@SurinderKumar-os5il]

Sir,
Thanks for guidance
🙏

[@soumikpyne7616]

Please please upload video about Schroedinger's wave functions and equation

[@tansi4924]

clear concept

[@rahulbichkar4588]

Super explanation. Is he HC Verma Sir?

[@Placement360India]

Sir, this is the proof for limit form of curl.but what about the initial equation i.e ∆×F. plzz derive it as you did in case of divergence

[@sandeepchatterjee4482]

Thanks a lot sir

[@shaileenigam6061]

Thank you sir

[@prabinkrojha2922]

Sir aap best ho

[@ParminderSingh-yj7js]

Thank you sir your lectures are excellent.

[@sabiasethi6127]

Sir you explained amazing but I have doubt in 17.25 that curl for this circle is zero bcoz one side cancelled by parallel equal side or am wrong

[@myemailsmyemails2478]

Super sir.

[@samadhanbhamare964]

Sir aapaka explanation bahut aacha he.par sir aap koi bhi topic explain karane ke bad usaka real life application bhi bataya kare usase hamara interest badega . Thanks sir

[@edupoint.physics]

Yes. You are right.

[@ramanmaths1798]

Awesome

[@pandeyguidence]

it is very useful for me. tq sir

[@edupoint.physics]

+Pooja Yadav
Thank you very much for support you have shown.
Bas aap sab ki dua milti rahe.

[@bakelicious2418]

earlier while studying gradient n divergence we didn't put the vector sign over del operator...in the case of curl , in the formula u put vector sign...my question is...it's not necessary ryr to put that sign..bcz its understood its vector
thank u

[@edupoint.physics]

+Bakelicious
Yes ! Absolutely correct you are.
Many ways to represent a single thing !
Sometimes we use that vector sign and sometimes we do not.
Thank you very much for your valuable comment. I should have included that information in some of the videos. Well... I shall include.

[@kunal4218]

Nice work sir!!!

[@bakelicious2418]

EduPoint thank u sir

[@mdnoorali6103]

Great

[@dheerajdaripaphysics6670]

Thanks sir.

[@AshworldTech]

Love it

[@divyakumar8147]

thanks sir

[@nitishKumar-ln6ni]

Very very thankful to you

[@edupoint.physics]

Hello Sanjeev Kumar,
You are welcome.
Aap sab ki duao se hi ye channel hai.

[@pankajmehta5226]

You are the best teacher

[@shivcheetu7021]

Thanks sir

[@adhit528]

Sir,
Please tell me if you posted any video about the curl of the dynamic vector field and its properties?

[@pradipgorai6380]

Very helpful.
Please keep it up sir.

[@edupoint.physics]

Hello Pradip Gorai !
Thank you very much for the support you have shown.
Bas aap sab ki dua bani rahe.

[@prashantbhandari2052]

Hello sir please suggest me the best Hindi medium Books for bsc physics honours 1st year

[@TouhidBelal]

Best from Bangladesh

[@saritramandal7944]

Can i write this in exam as physician significance of curl?

[@NitishKumar-tv4qn]

Sir line integral and surface integral par videos banaye please 🙏🙏

[@amreshlenka3910]

Great job sir

[@mayanktiwari1474]

Sir ek baat batao last m jb apne vector baty h ki square types bnake to vo zero mi hoga kyki ek dusre k sb opposite honge

[@anjanikumari-vj1cc]

Gajjab

[@VIRENDRAKUMAR-bj7pl]

Sir, curl of force field....
Or, curl of vector field...
Same Hoga h ???

[@shantnupandey5443]

Aree thanku chacha