Introduction to the Capacitors & RC Circuits || Network Analysis || GATE 2025-26 || PrepFusion

[@Ayushkumar-hk3lc]

very knowledgeable

[@tarannum9427]

I got placed in Sankalp semiconductor- an HCL Tech Company after learning networks and RC circuit from your videos. Thank you bhaiya for amazing explanation

[@HimanshuAgarwal_]

Best Wishes

[@PavanS-em8bk]

Can you share ur linkdin profile

[@aarushigupta9847]

Excellent way of teaching. Loved the in-depth analysis.

[@vik_55]

Nice explanation

[@amanruke3961]

❤❤❤❤

[@subendubiswas3375]

Crystal clear Dada

[@ommanshumansahoo9039]

❤‍🔥❤‍🔥

[@Arunkumar-m3v6e]

Nice

[@Adi-tf9oc]

never learnt in this way ,superb

[@gopikrishnanm5797]

Well and detailed indepth explaination.💛

[@yuvarajdhayaldhayal639]

superb explanation

[@pranavigundala4282]

great explanation🙌

[@vishalbadiger9881]

27:46 In th Circuit d) The current direction is negative and the voltage cross V(t ) = -3 - 5t/c. right? if am wrong please correct me

[@PrepFusion_GATE]

See the direction of Vo

[@bhai14hoursconsistent]

Hh

[@VaishnavigRao-um7nh]

Bro at 28:25 since (d)V0 is between capacitor so the equation is like that.but in case of (a ,b ,c)V0 is a node?

[@sethumadhav4819]

Sir, how did the differential equation turned interms of 'D' at 46:55 seconds in the vedio, can u explain the conversation sir

[@anvireigns8745]

@27:39 you take initial voltage as 3,why you write 3 instead of -3

[@HimanshuAgarwal_]

See the direction of Vo

[@STARBOY039]

👏👏👏

[@049rzi]

@53 min also no need to solve with diff eqn sir we can simply put value of I in the KVL eqn

[@abhishekkorane7170]

thank you sir

[@049rzi]

@48 min no need to derive Vr again we can simply multiply I and R to get V

[@gauravpatil9597]

🙌🙌🙌

[@026beceraghavupadhyay4]

can we buy just your network course?

[@PrepFusion_GATE]

It's completely available for free

[@nenavathharisingh3231]

Nice explanation

[@mahantheshasmahantheshas8509]

❤❤❤❤