Wowwwwwwww, I can't thank you enough for providing free and detailed video lectures, Your generosity is making a significant impact on so many lives, including mine. The effort you've put into creating these resources is truly commendable. It's inspiring to see a platform dedicated to making quality education accessible to everyone. Thank you for being a game-changer and contributing to the success of aspiring students. You're making a difference, and your dedication is highly appreciated! 🙌📚
Wo lagta nahi h wo real me hi marker ki awaj thi abe yrr tum logo ko pata hi nhi h ki sir apne ladke ko kitna pyar karte h wo hath to chodo sir kabhi usko gusse se bhi nhi dekhte h to mar kaha se dege ......
I got this from Chat GPT While it's true that inductors introduce a phase difference between current and voltage in an AC circuit, the equation V = I * XL takes this into account by treating both voltage and current as complex phasors. This means that V and I are not just real numbers but complex quantities that incorporate both magnitude and phase information. The key is that in the phasor representation, the phase difference between current and voltage is already considered. XL is a complex number, and when you multiply it by the complex current (I), you get a complex voltage (V) that accounts for the phase difference. So, in short, the equation V = I * XL does consider the phase difference and is a valid representation in the context of AC circuit analysis using phasors.
In 2nd Q), (Vr)max=160v, (VL)max=120v. Then, the net pd=160-120=40v. (Since, opposite polarity of inductor and resistance.). At, maximum current, the pd must be maximum (from phasor)which is 200v. But, 200not equal to40.please correct me....
Can anybody explain me the 1st ques as it is written 100volt for 100 watt so it means from 200 volts bulb is using 100 volts as we need to maintain power so remaining voltage for capacitor should be 100 volts as well by this Xc=Vrms across resistor/current gives 100 ohm but actually 100√3 why??
here the voltage on resistor and capacitor are not in phase so you cannot directly subtract the resistors volt to find volt on capacitor instead use root of vr^2 + vc^2
Sir I hate to be a grammar prick but in RL circuit, "current will lag behind voltage" would be more correct because "current will lag voltage" gives the idea that current is making the voltage lag behind itself, which is the opposite of what happens in RL circuit.
@@universalyoutuber195 "current will lag voltage" DOES kind of give the idea that "current will make the voltage lag". (Grammatically it means neither of what It looks and what sir meant)
Students be like : sir, sir ye kya hai sir nabi ho raha mujhse , sir bohot difficult hai, me toh chidh raha hu Meanwhile ABJ sir : beta me hu toh darr kis baat ka🗿🗿
@@harivatsaparameshwaran4174 it is in jee it is very simple as independant currents will flow just add the currents in purely resistive and capacitive circuits
Wowwwwwwww, I can't thank you enough for providing free and detailed video lectures, Your generosity is making a significant impact on so many lives, including mine. The effort you've put into creating these resources is truly commendable. It's inspiring to see a platform dedicated to making quality education accessible to everyone. Thank you for being a game-changer and contributing to the success of aspiring students. You're making a difference, and your dedication is highly appreciated! 🙌📚
long live abj sir🙇♂
8:23 19:38 24:56 32:39 35:16 37:45 44:58
52:50 inductive circuit
56:58 1:05:43
Competishun Zindabad...!!!
1:04:30
resonance logo comes from this graph I guess
good observation
Damn bro
nice
yoooooooooooo true
Thanks alot for the amazing lecture sir💓💓💓💓willl be grateful for life sir 💓💓💓love from varanasi
My favourite teacher of physics ❣️❣️❣️❣️🙏🙏🙏🙏🙏🙏 just come here to like and comment 🙏🙏🙏🙏🙏🙏🙏
legendary lecture from legendary iitian
Sir in this chapter there are a lot of good calculation
I don't find any calculation
Achhaaa lee
kaha h 😂
i think he meant very comfortable and easy to do calculations
@@mayankdubey9528wo irms find karne ke integration method ki baat karra hai shayad
At 2:50 I believe sir used wrong way to find current. Because if we use krichoffs loop law the current will be (V-Q/C)÷R.
same.......can you confirm again now
U r right
It's correct. We want the bulb to provide power of 100 watts. And P= i²R hence i=1
At that time capacitor was not in the circuit you are wrong I guess
Thanks sir🙏🏻🙏🏻
23:58 hellooo..😂😂😂
23:57 kid comes abj sir slaps
😂Aree bhai bhai
Mujhe to lagta sir ki marker close karne ka awaaz tha woh 😅
Wo lagta nahi h wo real me hi marker ki awaj thi abe yrr tum logo ko pata hi nhi h ki sir apne ladke ko kitna pyar karte h wo hath to chodo sir kabhi usko gusse se bhi nhi dekhte h to mar kaha se dege ......
@@aryankatiyarr can confirm , im his son
@@syedzoran3102 🤣🤣🤣🤣
Long live our king abj sir ❤
1:04:20 Resonance institute logo 🤣😂😂
Thanks sir ❤️❤️❤️
Sir at 12:17 why can we write vL=iXL as there is phase difference between its current and voltage then how can we equate them????
I got this from Chat GPT
While it's true that inductors introduce a phase difference between current and voltage in an AC circuit, the equation V = I * XL takes this into account by treating both voltage and current as complex phasors. This means that V and I are not just real numbers but complex quantities that incorporate both magnitude and phase information.
The key is that in the phasor representation, the phase difference between current and voltage is already considered. XL is a complex number, and when you multiply it by the complex current (I), you get a complex voltage (V) that accounts for the phase difference.
So, in short, the equation V = I * XL does consider the phase difference and is a valid representation in the context of AC circuit analysis using phasors.
Thankyou so much sir!!❤❤
Hey bro i have seen your many comments recently in his videos... Are u dropper or in 12th? Is your syllabus almost complete?
Thanks sir
Thankyou sir 😈
In 2nd Q), (Vr)max=160v, (VL)max=120v. Then, the net pd=160-120=40v. (Since, opposite polarity of inductor and resistance.). At, maximum current, the pd must be maximum (from phasor)which is 200v. But, 200not equal to40.please correct me....
see the eqn of VR andVL they dont achive maxima togather :) hope it helps
thanks
Sir aap Vr vali line choti kyu bana rhe ho I se usme toh R bhi multiply ho rha hai toh vo bada hoga na...
shukriya
In first question if v is 200 and vr is 100 so Vc =iXc but Xc is 100root 3 so what isbwrong
23:58 hello
thanku sir
ye chapter sach mein itna zyada interesting hai ya sir ne isse interesting bnaya hai????
Hula kya bro iit?
Thank you sir
23:58 Yuvraj Cameo 😂😊
0:09 20:13 32:36 38:05
Thanks bro for saving my time 😃
8:16 16:50 19:25 23:23 32:28 35:00 37:40 40:47
Sir upto which data whole syllabus will be completed
Almost ho Gaya Ab to
28:40 sir shouldn't max be 200root2 and arms = 200?
why?
Can anybody explain me the 1st ques as it is written 100volt for 100 watt so it means from 200 volts bulb is using 100 volts as we need to maintain power so remaining voltage for capacitor should be 100 volts as well by this Xc=Vrms across resistor/current gives 100 ohm but actually 100√3 why??
here the voltage on resistor and capacitor are not in phase so you cannot directly subtract the resistors volt to find volt on capacitor instead use root of vr^2 + vc^2
45:30 52:42 56:46 1:05:30
11:37 sir you said that it is pi/2 behind not ahead!
At 1.04 . 47 there should be open end on zero
23:30
Sir can u rectify lec11 of EMI
At 1.05.52 R²=4L/C not 4LC
37:39
Sir I hate to be a grammar prick but in RL circuit, "current will lag behind voltage" would be more correct because "current will lag voltage" gives the idea that current is making the voltage lag behind itself, which is the opposite of what happens in RL circuit.
bro shut up
you're def wrong ,in what world "current will lag voltage" gives the idea that voltage lags current?
@@universalyoutuber195 "current will lag voltage" DOES kind of give the idea that "current will make the voltage lag". (Grammatically it means neither of what It looks and what sir meant)
love from allahabad
3:45 1:01:00
😊👍☺️
57:23 if XL=XC then...👀
How much syllabus completed in pcm??
Omega resonance is exactly that
❤️❤️❤️
57:22
Sir in my opinion
5th circuit all formulae you told wrong
Because of the incorrect diagram 😢😢
Kuch galat nahi hai
kuch bhi
Students be like : sir, sir ye kya hai sir nabi ho raha mujhse , sir bohot difficult hai, me toh chidh raha hu
Meanwhile ABJ sir : beta me hu toh darr kis baat ka🗿🗿
24:00 hello
Who dislike the video i think someone uneducated
I get your point , but aren't we all in way , because graduate kaha hue hai🙃
Can anyone tell plz how can we get hw sheet?
PAID BATCH
search telegram resonance materials
70th like
what if they are conected in parallel????
@@harivatsaparameshwaran4174 it is in jee it is very simple as independant currents will flow just add the currents in purely resistive and capacitive circuits
CSK win
Ok
orz
1 st view
th-cam.com/video/NNqBQNgW-MA/w-d-xo.html
th-cam.com/video/NNqBQNgW-MA/w-d-xo.html
Nhi aya samajh 🤕
😂😂😂😂😂😂😂😂😂
thankyou sir
thanks sir