Equivalent Resistance across Diagonal of Cube | Network Theory

[@targeteasyavision6283]

Thanku sir...itte acche se aaj tak kisi ne explanation nahi diya hoga......khas kar ke ye nami girami ninstitute wale..... your way of teaching and explanation are superb..... sabd hi nahi hai sir....

[@suvarnasunkari2159]

Your really awesome sir..conceptually very good.I am from Hyderabad and i never seen a lectures like you do.please provide full concepts on control systems and network theory and analog for 2019 gate Exame.my friends are also watching your videos.we don't have gate academy in Hyderabad hope in future.THANK YOU SIR FOR YOUR LECTURES.

[@anjummariyah3503]

Just by looking at your passion for teaching....i also get encouraged...may be someday i will also become like you

[@hemasaikantipuli1201]

Some to u

[@utkarshpant5297]

Thank u sir
Aise questions poore upar se nikal jaate the. Thank u very much

[@sintukrbarnwal3509]

I got a clear concept on symmetry after watching this video. Thank u sir

[@naptunegt7266]

Thanks sir, I understand very well.
Too nice.

[@rhymesmazumdar7777]

I m a big fan of u sir...u r great...let me complete my gate 2019 nd surely i wl meet u..

[@allanraju1570]

I will also do the same after 2021 biggest fan and admirer of umesh sir

[@tejeshmore6784]

your coaching is really great !

[@ashwanichaurasia3521]

Nicely explained Sir. Thank you!

[@jayantamalakar5695]

Pura Doubt clear ho gya ....thank you Sir

[@deepankarmeshram9922]

This is Awsome Sir Really Thank you so Much Sir

[@ritikapravakar5336]

Nice video sir aapka video se bauth inspired hu me tho ....

[@gyanchandprasad9898]

Thanks sir , Now I understand very well what does symmetry in cube means😀😀😀😀😀😀😀😀

[@BayAreaTreats]

Awesome teaching.eventhough I don't know hindi ,understood very well.

[@arsh2914]

Great sir...MIND BLOWING EXPLANATION>>!!!!!

[@pradeepkumarmohanty5412]

Best explanation sir

[@iftikarahmed5987]

Thanks sir
This is one of the best conceptual video

[@bond6730]

I have watched videos on cube but u explained in some what different way thank u sir

[@naptunegt7266]

Too nice lecture,
Please start Analog Circuit.

[@triggergottriggered8518]

Amazing explanation!!

[@riniroy5933]

Thank u sir, sir plz series and parallel concept briefly discuss kar digiye, sometimes creates problem in superposition, thevenin and norton's theorem

[@sivaramakrishna3117]

Thank you sir, I searched the solution for this problem but I understood now

[@rRohit269]

Sir please cover Thevenin, Max power theorem & AC analysis...

[@bhavaniIAS]

Thank u sir aapne to pure easy kar diye question ko

[@pranavaggarwal4083]

Sir you are truly awesome.

[@priyasahu6535]

Thnq so much sir ...you are .great...

[@sonuhalder9211]

You r the best ...

[@sddd553]

Sir if resistance in the different branches are different than equipotential points will form or not?

[@deepakdamodaran4444]

Thank you sir...So helpful

[@FirdoUSAcademy4UPSC]

Thank you very much sir plz sir provide op amp and mosfet plz

[@vishalprasad6182]

Thanks sir n pls care on opamp topic please

[@sachinkalurkar1756]

Ur teaching is so best sir
After seeing ur lecture surely my this topic was clear and no doubt is come in my mind.

[@abdulrahmans2661]

Excellent boss

[@mahaveersingh-iu1cu]

this is method solove only problem of the same resistance but when not equliar resistance than how to solve problem

[@mahaveersingh-iu1cu]

Open ckt short method use kro
Bhai 1year pehle ka doubt tha

[@seetharamghanakota8888]

Sir, in a normal question, to solve the figure obtained by using symmetry condition can we apply symmetry for the second time.

[@aanantkumar96]

thank you sir, please sir provide more lecture on op amp , phasor and resonance

[@adilansari-sx8qu]

Awesome sir

[@vijaykumarsrivastava1828]

Sir in the place of cube if cuboid is used then equivalent resistance is possible or not

[@Puja.anmol096]

Dhande sir is great..why because true i am telling you guys..this year i joined ace academ really i disappointed with there business.. already i completed the book which is most of the syllabus covered like Alexander sadiku.. but still i join coaching like ace hyderabad.. dont go please dont go.. this coaching are made for who already covered there syllabus because teaching is very fast..within 9 days signal and system complete..10 days network theory..every day 6 hr.. even they will not clear ur doubt.. then i realise no will teach u like thande sir believe me..

[@rushikeshsagare6198]

Sir please make recent playlist of network theory public sir please

[@shwetakumari1828]

Thank you so much sir.

[@Ravi_iitism]

Sir if all resistance same nhi hoga to kya karenge Symetresity rule use hoga

[@amitdev3979]

question..apka coaching kaha h

[@akkumarji]

Thanku very much sir

[@vishnugupta5668]

Dear Sir , you said that points E ,D,C and H,G,B are equipotential. Equipotential means all points have same voltage . But there is no any short circuit in this circuit diagram for these points .So how these points are equipotential?

[@amitdev3979]

sir apka coaching kaha h.......

[@hrithiksamala1729]

For the different resistance, how we can able to find the equivalent resistance?

[@SANDEEPKUMAR-is6uj]

sir when we connect capacitor instead of resister then what will be the capacitance equivalent...

[@Ashok-ko3ue]

Sir, I understand that you solve here but I have a another problem.
If we join a another resistance between diagonal having same resistance, now find equivalent resistance across this diagnol. Sir reply plz

[@amitdev3979]

sir apka coaching kaha h

[@koneruprashant7470]

thank you sir

[@geetagoswami7836]

Sir plzzz make vedio on laplas for transient RLC

[@vijaykumarsrivastava1828]

Sir please upload the solution of gate 2017 set1 question no 11 which is asking the biasing mode of bjt

[@UsmanKhan-zz4bx]

Please sir cover the op Amp topic.

[@apoorvagarwal796]

Wow Sir

[@piyushpawar7531]

thanks sir

[@saurabhdwivedi604]

Thanku sir

[@santanughosh8722]

Sir,if a resistance R is connected diagonally between a and b point then what should be its equivalent resistance ?

[@swapnadeepbanerjee355]

Santanu Ghosh the answer is (5/6*1)/(5/6+1) R
the parallel resistance of 5/6R & 1R. ok??

[@rameshsolanki3846]

Sir current from point C se 1/6 kese divide hoga samaj nahi aaya??

[@ankitasachan613]

I can see eqipotential point...but didnt get the concept of OC and SC.

[@swarnibdas1937]

plz opamp in details

[@amittiwari6399]

SIRJI PLEASE TELL that how THIS R/3 ,R/6... CAME?

[@bhagwatipathak5787]

Sir ab maths ke video nhi aaynge kya ....

[@yashpatani7384]

capacitance...me...6/5 aayega...???

[@umeshdhande4680]

Yash Patani yes

[@saikiranchari4794]

Nahi shayad 12 aana chaiye
Bcoz capacitor in parallel add up like resistor in series

[@abhisekghosal3506]

@@umeshdhande4680 sir if the resistance values are different then will the same equipotential concept be applicable?

[@rameshsolanki3846]

Sir Namaskar,
How became current value 1/3 and 1/6?

[@nikhilchakravarthy6479]

bcz the resistance is same for each branch i.e R ohm. hence, the current flowing will be same for each branch. And by kcl, the sum of currents flowing away from A is equal to sum of currents flowing in to junction A. So, it is I/3

[@supriyasaha9362]

Instead of R , if it is R/2 Then ans kya hoga?

[@mohitrathod1997]

5 by 12

[@allanraju1570]

1.5% people liked

[@divyavijay9387]

Plz give subtitles

[@kartickchandramanna267]

I have seen today!

[@ashusingh945]

DEAR SIR ,WHAT IS THIS ,ITS TOO MUCH LENGTHY SOLUTION ! THROUGH MY SIDE ONLY 30 SEC SOLVE THIS PROBLEM ONLY 30 SEC,ON PPR,OR ON ANYWAY.IF RESISTER U SOLVE 5/6,THEN CAPACITOR CASE 6/5 .

[@umeshdhande4680]

ashu SINGH yes I can understand but I m trying to provide concept of equal potential

[@ashusingh945]

Yes sir , ur method no doubt its too good ,as i feel contributing my solution, so i .....
Inspiring vidio,and new concept on youtube .i think this is best method to introduce to ,who the u and ur coaching.

[@Sh-hx6uh]

It takes alot of time to build a concept but just few seconds to apply it...sir is giving us the concept and u are applying it....

[@kidjoy3459]

sun vi, dhande sir hain usliye humjaisa student ko motivate hote ,kisi ko respect nahi da shakta hai toh thik hai but insult mat kar ..

[@anmolbhanot5350]

Great sir

[@udtaparinda8764]

Thank you sir

[@amitdev3979]

sir apka coaching kaha h

[@swapchakor6655]

thanks sir

[@subirbhaya3828]

Thank you sir..

[@adityathakur9714]

Thank you so much sir

[@koneruprashant7470]

thank you sir

[@akashsahu5640]

Thank you sir !!!

[@Abhishek-wr6cj]

Thank you sir

[@piyusha-l2h]

Thank you sir