Aapka basic ka concept dene ka trika aur basic knowledge bhut hi acha hai aapke video se students apna basic sudhar sakte hain maximum students lag in basic concept of any topic
Deeply...😊😊 He explained nicely , but this topic is little confusing for some ( like me ) that's why your questions is obvious... So.. I wanna explain it differently . Here's How. * Every inductor can store electrical energy in form of magmatic energy for very short period of time. * Take a scenario where an inductor is connected and disconnected periodically with emf source ( battery ). * And also connect displacement type voltage meter parallel with inductor. You will see whenever inductor is #Disconnected ( during connection and disconnection cycling ) it produce its own emf ( voltage ) in opposite directions of connect Battery. It's called Back EMF. Same backemf is responsible in ac inductor because ac wave also alternate so when its amplitude is zero then connected inductive loud produce its own stored backemf so it flow towords source of power ( when backemf addup to next negative wave of ac ). So when we introduce capacitor with this .. it also do the same but in opposite directions and ways so that reactive power only flow back and fourth between inductor and capacitor just like resonance LC circuit . This was my thought based on combining two theorys Back emf and lc resonance i think this should be the fundamental case.
Sahi kaha bhai , inke aur bhi subscribers hone chahiyeh . Ye bhaut achha padhate h lekin india me jo achha kaam karta h uski value bhaut kam krte h log . Jo farzi gyaan dete h unko hi jyada subscribers milte h
Good endeavor to teach power factor. Active,reactive and apparent power should not be misunderstood with beer glass or, coffee glass or water glass analogy, as apparent power is vector sum of real power and reactive power whereas in water glass it has been explained as algebraic sum of three power. Reactive power is not waste power. It is used for magnetization of equipment.
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Power factor ka practically industry me kya use hai? kahan aur kaise iska use aataa hai problem hone par. ...please iska v ek video banayen. Aaapka vishwaashi #tag
Amulya Kumar problem toh actually nhi hota h , lekin jyada farad ka capicator ye capacitance ko increase large circuits ke liye kiya jata h .... or capacitor ke hone se power factor achha hota h ... isliye problem toh nhi hogi .. lekin capacitance ka selection circuits ke according hota h ... agar jyada load h toh capcitance bhi jyada rakhna hota h ....
Thoda aur topic ko clear krne ke liye aap neeche wale comment me (jayant sharma ) mera reply dekh sakte h ... vaha maine thoda or clear krne ka try kiya h ... agar aapko fir bhi koi problem ho toh aap puch sakte h ... i will help you 😊 good luck
Sir jo domestic energy meter me unit se bill banta h wo Units Apperent Power ki hoti h ya Active power ki hoti Matlab Hamse Active Power ke Hisab se bill Charge kiya jata h ya Apperent Power ke Hisab se Charge kiya jata h
Aapka basic ka concept dene ka trika aur basic knowledge bhut hi acha hai aapke video se students apna basic sudhar sakte hain maximum students lag in basic concept of any topic
Very true brother. He explains every basic thing between any topic
Deeply...😊😊
He explained nicely , but this topic is little confusing for some ( like me ) that's why your questions is obvious...
So..
I wanna explain it differently .
Here's How.
* Every inductor can store electrical energy in form of magmatic energy for very short period of time.
* Take a scenario where an inductor is connected and disconnected periodically with emf source ( battery ).
* And also connect displacement type voltage meter parallel with inductor.
You will see whenever inductor is #Disconnected ( during connection and disconnection cycling ) it produce its own emf ( voltage ) in opposite directions of connect Battery. It's called Back EMF.
Same backemf is responsible in ac inductor because ac wave also alternate so when its amplitude is zero then connected inductive loud produce its own stored backemf so it flow towords source of power ( when backemf addup to next negative wave of ac ). So when we introduce capacitor with this .. it also do the same but in opposite directions and ways so that reactive power only flow back and fourth between inductor and capacitor just like resonance LC circuit .
This was my thought based on combining two theorys Back emf and lc resonance i think this should be the fundamental case.
ua-cam.com/video/D1hVs1BaODA/v-deo.html
Really sir bahut achcha samjhaya hai aap n bahut deeply ja k jo v dekhega ek Bar m samjh jayega
Very simple yet interesting. I enjoyed your lecture all the way and I am sure I am not going to forget it throughout my life. Thank you very much.
Very very good&easy technic of teaching & I am very thankful to you brother
Finally on last day of exam I understand that concept thanks bhai
Bahut bahut a66a video hai....mai pura samjha .....
Thank you
You explained in many ways including maths , graph thanks
that video saved my life thankyou soo much
Boht boht thanxxx sir concept clear kr diya ap ne.........lots of love frm pakistan
Thanks for love and support. May this new year brings lots of happiness to you.
Excellent explanation Sir. Your explanation is really helpful to all of electrical engg. students and engineers. Thank you so much Sir.
It is so helpful to understand the pf .thank you sir
Nice explanation sir. ...
Keep calm you are the best😎
Best video, simple and effective
Superb video sir.....thankyou for helping me alot....🙏🙏🙏🙏
Happy watching, have a great year ahead. 😊
@@Electricalpaathshala Thankyou so much sir....
Thanku sir. All clear. Love from odisha 🥰
Nice.... clearly explanation ....I understood that....nice sir ...🙏✌️❤️
Sirf jaha akar hi power factor samaj aya thanku👍
GK Agrawal ji aap ke banae Hue Sabhi video acche rahte hain Gyan vardhak hai aapka Samjhane Ka Tarika abhi bahut hi Achcha hai
Your voice sir ... Amazing ... 😍
Love love 💞
You too
Guys you all can visit my channel also to get such type of videos. The channel name is "Etech bhoj"
ua-cam.com/video/D1hVs1BaODA/v-deo.html
Nice lacture.... easily understandable
Mast padaya hai bhai. Apke aur subsribers hone chahiye. Ek hi atempt me samajme a gaya :) 💖
Sahi kaha bhai , inke aur bhi subscribers hone chahiyeh . Ye bhaut achha padhate h lekin india me jo achha kaam karta h uski value bhaut kam krte h log . Jo farzi gyaan dete h unko hi jyada subscribers milte h
Good endeavor to teach power factor. Active,reactive and apparent power should not be misunderstood with beer glass or, coffee glass or water glass analogy, as apparent power is vector sum of real power and reactive power whereas in water glass it has been explained as algebraic sum of three power.
Reactive power is not waste power. It is used for magnetization of equipment.
Thank you so much sir. 🙏
Consider us to support financially at UPI/Gpay/phonepe/paytm : electricalpaathshala@ybl
Visit our website: www.electricalpaathshala.com
Join our Telegram Channel: telegram.me/electrical_paathshala
It's good explanation & really very helpful , Thankyou Sir.
Thank you so much for perfect explanation ❤️
सर आप पढ़ाते बहुत अच्छा हैं और सभी टॉपिक के वीडियो डालिए जिससे हम सबको जानकारी मिल सके
Best video on this topic 👍👍❤️
Good video and very nice explain.... Keep it ur knowledge in same way and share with on utube
Sir you are doing a great job really very useful forme
Thank you .
Osm explain sir
Known I got full information about p.f thank u and keep like videos updating sir.
Thank you so much for watching , please subscribe our channel , i will upload more videos very soon which are very helpful . Thank you again 😊
Hello
Hello
Electrical theory ke badhshah....🤺
thanks sir today i clearly understand about pf..
Subscribe Chanel for more Electrical vacanceise details
Bahot achhese samzha sir thank you .
Amazing Lecture Perfect One
Love From Neighbour Country
Love from India ❤️
Thanks for the appreciation.
Great 👍 Love from Pakistan ❤
I agree with you bro
Are waha bhi padhai hoti hai ? Gajab
Sir meri ek request hai aapse ki power factor ke bare me ek practical video bataiye jisme power factor kam Zyada karte hue dekhaiye
Perfectly explained..👌👍
Very informative.. thanks brother.
Nice explanations,thanks.
Well explained!!❤️
good learning sir for me...... THANKS A LOT........
बहुत ही बढ़िया
Great Explanation Skills ♥️
Very good explain
thank you so much for this video... it is very helpful
very good video, brother thanks.
Ty sir 👍 achi tarah se samj aaya
great explaination 👌
Thanks.
@@Electricalpaathshala did you have done BEE
B.tech in electrical engineering
concept clear..Thanx
✌✌😊
electricalpaathsh.blogspot.com/2018/07/auto-trasformer-kya-hota-hai-hindi-me.html
Sir yadi 400kv ki line pakadne se shok lagega ya nhi
Bikul lag Sakta h uske, kyuki air bhi condutor ban jaati h us case me. AAP try my krna ye SB, ye SB practical ke liye nhi h sirf theory tak hi thik h
Respect! awesome video
Great explanation 👌🙏
Amazing sir love from pakistan😘😘
Power factor ka practically industry me kya use hai? kahan aur kaise iska use aataa hai problem hone par. ...please iska v ek video banayen. Aaapka vishwaashi #tag
Sir have dought ,pf=1 than circuit is ideally works? If pf =0 than circuit works or not
Detailed study about pf thx sir
Great sir very information
Know I have cleared concipt about power factor
Plz make one
Vector group
And harmonics
thanks alot big thanks concept clear kardaaaa
Excellent explanation sir
Happy teachers day sir
excellent video sir, Sirji please make a video for AVR. Thanks.
Asim kumar Hembram thanks , and we will make it near future.
ua-cam.com/video/_GeEAmTpy9g/v-deo.html
Power Factor Improvement from 14:30
Sir 5kva lod pr agar voltage problem hoti h to hme kitne MFD ka capacitor lgana chahiye. Aur kaise calculate kre
Te ll me
If any fourmula tell me
Sir you are great many many thanks
thankuu sir. .. it helps me a lot .. 🙏❤
Thank u so much sir😊
Thank you so much Sir
Super Sir ji
Sir ek vidio DC pe transformer kyu nhi krta please
Ok Iss topic pe bhi M video bana dunga jaldi hi 👍
Sir jyada power ka capacitor lagane se koi problem to nhi hoga na??
Plzz reply
Amulya Kumar problem toh actually nhi hota h , lekin jyada farad ka capicator ye capacitance ko increase large circuits ke liye kiya jata h .... or capacitor ke hone se power factor achha hota h ... isliye problem toh nhi hogi .. lekin capacitance ka selection circuits ke according hota h ... agar jyada load h toh capcitance bhi jyada rakhna hota h ....
Thoda aur topic ko clear krne ke liye aap neeche wale comment me (jayant sharma ) mera reply dekh sakte h ... vaha maine thoda or clear krne ka try kiya h ... agar aapko fir bhi koi problem ho toh aap puch sakte h ... i will help you 😊 good luck
Thank you sir.
Nice explanation...
Nicely explained Sir
Hi, I like your lecture
Thanks sir for making this vdo
Plz explain about capacitor banks.plz also explain the how reactive power affecting in distribution transformer
Nice and more effective
Keep it on
Sir muze 1 project banane ka hai to 5 tittle hai usmaise 1 select karne ka hai to mai apko kaise contact karu
Perfect lecture sir from nepal
Sir aap kis pen ka use krte h ?????
Sketch pen .. simple😊
Very good explanation
Badhiya hai sir ekdm jakkas
good effforts
Thank You so Much sir 😊.
Your appreciation means a lot to me.
Sir jo domestic energy meter me unit se bill banta h wo Units
Apperent Power ki hoti h ya
Active power ki hoti
Matlab Hamse Active Power ke Hisab se bill Charge kiya jata h ya Apperent Power ke Hisab se Charge kiya jata h
Energy meter measures only Active/real/true power.
superb explaination
Very nicely explained
Sir please make a video on static capacitors synchronous condensors and phase advancers
Very good lecture,Thank you sir.
But I want to clear about leading pf and lagging pf, please make a video.
Sir, please create lectures of Powers System Fault Analysis.
Yes ofcourse shubham , i will make lectures on power system in next few days , tap the bell icon for update ... thank you
Good explanation thank you
Very nice vedio sir.
bhai inductive load ke saath lag krta hai ya lead
lag
@@Electricalpaathshala genique vaale ne lead kr rakha hai
mai bi catalyst mai online padata hu ,bhai saath milkr kaam krte hai na online teaching mai
Great explaination
Nice explanation.
Sr very good.
Sir plz ek video bana dijye , method of drying of winding in eletrical equipment
thanks for explanation
sir mujhe ek dout hai . load ke hisab se kaise cable size nikalte hai . please uska formula thoda
bataoge
Good going 👍👍
Video achaa h thanks
very nice sir
Sir power factor can present in DC supply