Lec 37 Series RLC Network I Genique Education

[@tahmidchowdhury]

These things are more valuable than gold. And I'm getting this for free. Thank you a lot from Bangladesh.

[@Maheshkumar2012]

Genique team ki jitni tariph ki Jay ..shayad wo Kam hi hoga... Lot of thanks dear sir

[@arnabchakraborty3601]

Sir ap bahut e asan tarike se concept ko samjhate hai

[@FukrainsaanTelugu0001]

Sir aapka jawab nhi...aapk bahut hardwork karte hn...aap fabulous hn sir...👍

[@GeniqueEducationTeam]

most welcome..keep in touch with genique..you will enjoy in GATE exam...all the best

[@FukrainsaanTelugu0001]

@@GeniqueEducationTeam thanq sir...

[@GeniqueEducationTeam]

@NEW JOB UPDATE ho jayega wo bhi..bas pehle ye sab complete ho jaye uske baad..ok

[@priya03_94]

Genique education has the best teachers in d whole world especially pankaj sir nd sohail sir

[@baburaogawande1555]

Thanks u Sohail sir ... till now I'm assuming that ki ...at resonant frequency Voltage across the Capacitor Nd inductor is Max ...which is a quality factor time of supply voltage ...bt I'm totally wrong ... thank U so much sir ...apne mera knlg improve Nd update Kiya .... 👌🙏

[@GeniqueEducationTeam]

most welcome..bas genique platform k sath raho..bahut chize naya milegi..all the best.

[@GeniqueEducationTeam]

G saviour - To connect with pankaj sir join telegram - t.me/pankajshuklasir

[@Stoicbanda]

Wah sir.. Outstanding lecture ever made on resonance in AC circuits

[@GeniqueEducationTeam]

most welcome....stick to the genique plan..all the best.

[@Stoicbanda]

Outstanding lecture ever given on series resonance.. Sir aap best ho

[@santanu6763]

Your teaching 👌 is astounding 🙏🙏🙏

[@shriramprajapat4226]

Wo=1000 rad/sec WL=1069.06 rad/sec VL= 200 volt VLmax= 206.76 volt

[@achaltyagi2267]

Genique k sbi teacher gazab ha

[@manishgupta690]

Voltage across Inductor at resonance = 200 Volt Maximum Voltage across Inductor = 213.80 Volt

[@balwanmehra5981]

sir at 34:42 if impedance Z is of lagging nature for ω>ω° then current should be of leading nature for ω>ω° at 35:38 please correct me if I'm wrong

[@simplyice1487]

In series rlc at resonance the source voltage drop across resistor only. Then how can we calculate Vl and Vc. Won't it be zero?

[@PrahladKumar-md9sh]

1. (Vl)@w0 = 200 volts 2. (vL)max = 208.3 volts

[@shibamsarkar8765]

Sir bohot help hota agar ap bata dete ki kab konsa exam dena hay in signals tooo

[@GeniqueEducationTeam]

we will think over it...

[@ranjankeshri826]

1.) 200V 2.) VL(max) = 206.55V Also 3.) VC(max) = 206.55 V

[@048_yashyadav9]

App best ho sir best

[@electronicslecturesbygulsh3799]

Excellent video Sir

[@jagadeesheagala2773]

Sir... always we can't get peak capacitor voltage and peak inductor voltage.. because for some values of R,L,C value under can be negative.. please explain above doubt

[@GeniqueEducationTeam]

no it cannot be negative

[@jagadeesheagala2773]

Sir...values of R,L,C depends on our choice and if we take values such that R²C/2L>1 then automatically value under root will be negative... please clear this one

[@GeniqueEducationTeam]

u are talking about voltage...take any value of RLC the current direction will be anything..and depends on that the polarity of voltage across L and C will be decided..that will positive..ok

[@jagadeesheagala2773]

Iam talking about the frequency at which max capacitor voltage occurs. If R²C/2C >1 then that frequency doesn't exist na?? In that case how to find out maximum voltage across capacitor..

[@soumyabratabanerjee9996]

Sir nielet me exam me liye kon konsa part important hai electronics me like analog or communication me.

[@joyebkapadia2650]

Sir first ques me aur 1 term add karde for eg sin(100pi*t- 30) to kaise hoga?

[@rachnarani7544]

Sir is this crash course for ece students also...is three phase is in ece syllabus

[@nikhilkumarch3258]

VL=200 VL max=213.8

[@SARIDHANT]

sir,kya hme gatematic ke power electronis,network or control system ke videos follow krna chahiye is time me ya kewal genique ke lectures sufficient h? jayda detailed hme kisme milega?

[@GeniqueEducationTeam]

last 2 month me crash course jyada beneficial hoga full course se...abhi apke paas time nahi hai ki aap full course padho..you have to complete 12 subject ..so keep these things in mind..ok

[@anchalsingla289]

41:34 Plss someone tell if that value root of(1-R^2*C/2L)....would be zero...then what does that mean...n how we will solve that??

[@friday037]

What's eqn of max frequency for parallel RLC?

[@jagadeesheagala2773]

Sir...can we say that frequency of energy exchange between L & C is equal to resonant frequency

[@GeniqueEducationTeam]

right

[@subhamsingh8610]

brilliant sir,👏👏

[@umeshsingh-du3pk]

I) 200V 2)206.6V

[@pardeepgarha6192]

(1):200V (2):213.81

[@mkr9702]

Nice sir..

[@sanjuthakur7221]

w0=1000 vl=200v wl=1069.04rad/sec vlmax=206.55v

[@arjunpanwar77]

Thank You sir ji..

[@PrinceKumar-bg5wc]

Wo(resonant frequency) =1000 Vl=200 VLmax=206.52

[@GeniqueEducationTeam]

correct

[@rai_vicky]

VL at resonance = 200 v VL max = 2000/9 approx 😊🙏🙏

[@vaishnavisrivastava8800]

VL=200 V (VL)max=206.57 V

[@vikramraj2124]

Thank you sir ji

[@skill-mines]

VL=200v VL(max)=206v

[@kapilmotwani7174]

200V 206.612V

[@GeniqueEducationTeam]

correct

[@thundercloud3504]

Sir thoda bada likeye

[@satyaprasadmishra1280]

VL =200 VL max=213

[@GeniqueEducationTeam]

check it again

[@saurabhtrivedi6181]

200, 1069

[@muralirmurali3886]

At least plz add subtitles sir for understanding for those who don't know hindi...plz sir

[@GeniqueEducationTeam]

its very difficult to add subtitle..sorry for the inconvenience caused.

[@arunmukhiya1149]

282.28

[@GeniqueEducationTeam]

check it again

[@arunmukhiya1149]

@@GeniqueEducationTeam yes sir

[@tarunsinghal3971]

Ans of 1 is = 200v Ans of 2 is = 206.55

[@GeniqueEducationTeam]

correct

[@mr.deshbhakt9292]

Thank you sir

[@SARIDHANT]

VL=200v VLmax=213.80