[ Physics in minutes ] force of uniformly charged arc placed without symmetry [ Jee and olympiads ]

[@Sau-q3k]

This was my favorite problem , i did it on my on in class , and was happy to know ki ye sbt level 3 ki he 😁 Happy Guru Pournima Guruji ❤❤

[@adstudypoint]

Irodov me bhi hai

[@Sau-q3k]

@@adstudypoint thanks bhai for telling , actually mene jyada irodov kari nahi

[@kalpanajha3305]

​@@Sau-q3kirodov konsa question number

[@Sau-q3k]

@@kalpanajha3305 129 shayad , usi ke aas pas level 3 me

[@JatinSharma-tk1bi]

Thank you guruji Happy guru purnima ❤❤

[@Sidhant_6872]

NS sir eat 10 I E irodov in breakfast everyday 🗿

[@VikashKumar-lh1rj]

Happy guru purnima Sir 🙏🙏🙏🙏

[@anishtakshak6515]

Thank you sirji😊❤ Happy Guru Purnima Sir😊

[@bhumi-jr6ie]

thank you sir... happy guru purnima :)

[@janvigupta364]

Amazing video sir....this problem you also took in class and now through the video it just got revised..... thankyou sir and happy Guru Purnima

[@abhayrajpoot150]

Which course you have buyed

[@AmeyKulkarni-h4x]

Just revised electrostats now.Thanks for the question Sir🙏

[@apnikakshya]

Killer visualisation

[@divyamaloriya9918]

Dhanyawad guruji app itni mehnat kar rahe hum bhi badhiya padenge and iit clear karaenge

[@SameerKachave]

Happy guru Poornima master ji 🙏🏻 🙌

[@dhruvchaudhary5379]

Another way we could have solved it by first finding potential due to continuous charge distribution and then taking gradient of potential

[@bluesky5794]

Hello sir im dropper ARITRA im sorry for rhe misconduct that happend in the group...im sorry for actions ....forgive me

[@rushikeshthakare8978]

Amazing ❤

[@anirudhpratapsinghchauhan]

Happy guru purnima ❤

[@dharmikjain3675]

This is a standard problem , you will find it in irodov . The only difference is the limit of integration is change. Btw Happy guru purnima sir

[@Inferiorkarma]

Happy Guru Purnima guru dev ji ❤

[@yasir_wayne]

Thrilling sir.. Please bring more case based Questions explanation

[@Bhawnijain]

Thank you sir🙏

[@Mausam-d9i]

Amazing video

[@ShriJan-i3c]

pranam ,Sir sawal ban rhe hai . Apna ashirwad hmesha banaye rakhiyega😊

[@luqman2845]

Thank you sir

[@abhi.k710]

Happy guru purnima guruji MAHAKAL ka aashirwad le liya 😊

[@rohitkashyap4702]

Happy Guru Purnima

[@Anonymous00000-r]

Hello sir...I am in class 11 ..I have come to know about you recently ...I was amazed to see your lectures of apni kaksha....I am regretting to not joining in starting of class 11. ...I am looking forward to join you in 12th ( from jan onwards) aur hnn agr thodi 11th weak reh jyegi toh koi problem nhi hoga na 12th me topic ko smjhne ke liye....😅

[@INSP_NITIN]

@@Anonymous00000-r mehnat karogey to koi problem nahi aati hai

[@Anonymous00000-r]

​@@INSP_NITINsir jan me launch hoga na batch...?

[@INSP_NITIN]

@@Anonymous00000-r yes around Jan end

[@peslove2377]

Sir what is the tentative date of syllabus end on INSP for class 12th? I've watched electrostatics and geometrical optics from your other lectures Planning to join INSP for remaining syllabus Plzz tell 😊

[@zerox-vlogging]

Physics means NS sir❤

[@deepaksinghnegi1431]

hi sir do you provide free insp course for jee advance for those student who scored 99 + percentile in jee main 2025 as you did in 2022

[@gamingpixel2358]

Wah😮

[@namangoel8131]

Gurudev 🙏 2025 advance ke liye koi theory+Ques revision course aayega kya before mains?

[@ankur.6681]

vectors❤❤

[@dark_gameryt620]

charan sparsh gurudev happy guru purnima jay mahakal

[@palamutiger-u1n]

sir , are all these concepts are included in cops

[@INSP_NITIN]

yes

[@ManishYadav-yh3gn]

Sir please send your insp notes as unacamdamy are not more please sir

[@Devansh_Singh__]

❤❤❤❤

[@susheelverma1718]

Guru purnima ka ashirwad de de dijiye sirji

[@Mayank-xo5lg]

Sir ji was watching your old videos .. 11th me bahot ghuma sach me.. aapki videos ab mili currently in 11th aapse physics padh ke maza aa gya ❤❤ .. sir ek doubt tha aapka com wali video dekha .. to usme hollow cone ka com = h/3 hota hai.. usko aapne hw me prove krne bola tha .. i did but .. Now, the main problem arises from here. Case 1 : if i calculate com as {note I'll use integration symbol as |} So ycom = | y .dm divide by |dm then if i put directly the denominator wala |dm as M i get answer as h²/3L but if i put denominator wala |dm as 2πr/h(h-x)M/πrl dx then i get correct ans h/3 Or numerator put krna to aata hi h

[@aakashnarang6800]

Nice

[@manjeetkeshri]

Make old videos like problem solving

[@INSP_NITIN]

There are 400+ vids , unko karlo .

[@sandhyakushwaha7398]

SBT

[@jatinsharma0001]

Thank you guruji Happy guru purnima ❤❤

[@Rahul_Singh1729]

Thank you sir