Most Difficult Problem in Current Electricity | NMS Sir

[@ENDERMAN_2025]

Nice logic sir .....using superposition again and again in these type of problems may induce some kind of rote learning mindset ....
We must upgrade our solving methods with time
Thanks for this 🙏

[@anupgupta1535]

Using superposition method we can do this 😊 rj sir se pdha tha

[@ISACSnf]

Why superposition?
It is discussed here

[@kattapapapa22]

@@ISACSnf thnq so much sir, although now i am out of this jee preparation with a decent NIT but this doubt was there , why we are superimposing it.

[@anupgupta1535]

@@ISACSnf sir I know that superposition method use nhi Krna chaye but we can use for this question to find solution

[@dr.sanjaykumarsinha4106]

Rj sir❤

[@VirendraKumarMishra-qh4zl]

Same

[@nishantkumar1728]

Mere teacher Anu Gupta sir ne bhi same samjhaya hai sir😊

[@prabhkiratsinghchhabra4888]

rj sir student done this question already

[@ITZ__-VMK-__2007]

abe teres hua bkl

[@SSTCricket]

Sir yhi to bta rhe hai ki Superposition se sab krte hai logical way to solve this question discussed here

[@motivationalvideo111]

Same question in my jee adv test in coaching

[@THARUNSK-m4t]

Sir please keep on doing videos on irodov, pathfinder and 200 puzzling questions please

[@Rajsoni_255]

Sir please answer,role of entropic force in bomb explosion and how Newton's first law valid in bomb explosion ?

[@jhonthedon4444]

hi sir, from tox1 batch 2018-19.

[@ritik4779]

Interst toh phy me hi hai sir ap ye sb technici kaise develop krte h ye v baatyiye ek din me v apse acha teacher banuga... ❤ Apse offline me pada hu thanks to you for creativing my interest

[@rajshekhar738]

Sir parallel and perpendicular axis symmetry for solving circuits k behind logic bhi discuss kijiye.

[@NikhilSinghNirwan-ez2yh]

Sir quantum physics please aapse padke maza aaja yega zindagi ka

[@xKingSlayer30x]

2nd

[@amvs8606]

Sir quantum entanglement kab?

[@SohamVerma-l9s]

Kis class me hai bhai 😅

[@invincible9240]

for exAmple agr koi source laga hai circuit mein by that we can say usne wires mein electric field create ki hogi ,but as electric field follows superposition ,we can say koi bhi battery kisi dusri battery pe effect nhi dalegi ,rather than that unse created electric field superposition se net electric field banaygi Jo current govern karegi ,now as we know current =eEtao/ m .therefore if i1=eE1tao/m,i2=eE2tao/m .....so if net electric field isE1+E2+E3.......+En=E net.so inet =eEnet(tao)/m(tao temperature and material dependant hai toh same rhega).ab saari current equations ko add kar aur comparison se pata chalega ki i net=i1+i2.... Hence proved(sir I am unable to find any mistake in this proof ,please check

[@Rana_sir]

Sir, I am struggling since many days to understand but now I am filling well to understand it.
Perhaps I am the first on you tube who ask this question to you in live class.
And I am sure , you make this video due to me? , yes or no please reply. Also I apologise that many times I troll you.

[@aguynotlivingonearth]

Hexagon ka answer? Anyone

[@Alexander0007]

Shayad kuch kuch samaj me aa gaya hai. Pura to nhi aaya😢

[@ISACSnf]

Mushkil hai
Dhyan se do bara sunoge to shayad chamkega

[@DevGarg-l9q]

Sir i have seen from my friend notes that you have solved electrostatic very numerical from host and guest ananlysis sir from upload once this in RUclips channel

[@VimlendraPal-tm6vw]

Rj sir ne bhi aise hi karaya tha

[@abd-vd1dm]

RJ sir kon ?? 🤔

[@dr.sanjaykumarsinha4106]

​@@abd-vd1dmRAJWANT SINGH SIR (Rj sir❤)

[@VimlendraPal-tm6vw]

@@abd-vd1dm bhai PW me hai Rajwant Sir

[@aguynotlivingonearth]

Konsa batch?