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You all prolly dont give a damn but does someone know of a way to log back into an Instagram account..? I was dumb lost my login password. I love any help you can offer me!
Sir thank u so much..aap u tube p aakr pda rhe h ..vrna hm to electrical hmare bs ki baat nhi h ..or ek ek chhoti chhoti cheez to confusion rah Jaa rhi thi vo aapki vdo dekhne k baad door hue ... thank u sir 🙏
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sir good evening i'm a mechanical engineering student from the catholic university of cameroon bamenda.thanks for the video i wish i could have some solved example videos on this topic and on practical circuits.
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In my book No load primary current is 3 to 5 percent of full current given. And one more doubt. Because of Io main flux is producing and because of that secondary emf if is producing. So how can we neglect Io???
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Since R2 is shifted( or refereed ) to primary...... It reduces by a factor of 1/k^2 ..... And adding that to primary resistance.... Resulting in a new resistance named R1e
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1:13 I2' was described as "the current responsible for nullifying the effect of Phi 2" What does it mean? Phi 2 is on secondary of transformer induced by Phi 1 from primary, so how did I2' nullify its effects? I'm confused. Thank you so much.
Actually when the load is connected to secondary side, the circuit is complete and i2 flows through it. Since i2 is an alternating current it produces mmf ie N2I2 which is the flux that acts opposite to the flux produced by primary side. To nullify this effect the primary side Creates the emf and the current I2' is induced that creates mmf N1I2' which is equal and opposite to N2I2
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Our team is thankful for your valuable suggestion. We shall indeed notify it and make alterations at the earliest. Your suggestion would certainly help us in further improvements.
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video not available Sir
You all prolly dont give a damn but does someone know of a way to log back into an Instagram account..?
I was dumb lost my login password. I love any help you can offer me!
I watch your every video of transformer. Your teaching technique is very good. And your lectures are very useful for me. Thankyou sir
tu vhi kuri yawa ha
Kaha job kr rhe ho bhai 🙃
Sir thank u so much..aap u tube p aakr pda rhe h ..vrna hm to electrical hmare bs ki baat nhi h ..or ek ek chhoti chhoti cheez to confusion rah Jaa rhi thi vo aapki vdo dekhne k baad door hue ... thank u sir 🙏
Thank you sir for explaining all the concepts so well !
made my life easy. thanks a lot sir. I was really struggling with this
you are very much amazing , you have solved all my doubts love u sir thank u again
Thank you sir.
But what about the equation of Zl dash in terms of Zl
The way u explain is awesome👏✊👍 sir
ahhh Sir i had so much trouble understanding this. And i find it so simple now, thanks to you. YOU'RE AMAZINGGG! :)
Wao
Gtr
Welcome😁
Ahh sir? 🤨
ghr le gao sir ko
Thank u for adding this revision video in middle.
It was needed
Explained very nicely....thanks a lot.
thanks for this I have a midterm tomorrow
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Where are you from? And which college?
No one asked you bro
Thanks a lot sir....Today u cleared my doubts....
Very very thankful of you sir
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sir.
for ideal transformer,we know
I1/I2=N2/N1 and E1/E2=N1/N2
by solving we get
R1/R2=(N1/N2)2.
Duuude thanks
thanks
Thanks brooo
Nice explanation sir I understanded
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Thankyou sir it helps a lot in understanding concepts nc solving problems
U are doing brilliant
Thank you sir
Hie ✌️
sir good evening i'm a mechanical engineering student from the catholic university of cameroon bamenda.thanks for the video i wish i could have some solved example videos on this topic and on practical circuits.
sir please can i know the difference between E1 and V1
V1 is the supplied voltage and E1 is the induced emf across primary
I understand very much thanks sir
Thank you sir❤
Amazing sir
Nyc explanation
Sir why do we neglect Xm & Rc and if we change the load from secondary what will happen?
nice question kuri yawe
Thank you sir .thank you very much sir
Thanks sir u r really great....👌👌👌
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great video !!
referring our load to secondary,does the load stay the same?
yes it does
Yes
How can I get those resistance and inductance value?
Tum bhot achha kaam krta h
Thank you !
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Very clear. Thank you sir
Watch all his videos in 1.25 speed it would be perfect
Sir why we have to put that i0 current branch in parallel
Because it is not a part of load current
Excellent sir!
sir phasor diagram of transformer at load condition is left can you cover this please
thank you sir.....a noteworthy explanation
sir love from kgp
Iitians approaching you sir...
ye riwaj abhi bhi barkarar hai
Nice video. Sr plz use Hindi language for explanation.
fantastic sir
thank you so much sir
gg
sir u r amazing
thank u so much
In my book No load primary current is 3 to 5 percent of full current given.
And one more doubt.
Because of Io main flux is producing and because of that secondary emf if is producing. So how can we neglect Io???
When secondary winding terms are shifted to the primary side, secondary winding terms are divided by k square.
but you had multiplied
Why divide
U r correct, it should be multilied by k sq , trnsf ratio or can be multiplied by a sq, turns ratio
nice video sir,sir no load current ka magnitude bahut kaam kyu hota hai,
Amazing explanation sir thank you!
You are welcome!
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thanks
Can i follow this for osmania university?
Good explanation sir but I think 3mins is more than enough to explain.. very lengthy video
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Sir can you tell how R1e = R1 + R2(N1/N2)^2, please elaborate it
yes same doubt
Since R2 is shifted( or refereed ) to primary...... It reduces by a factor of 1/k^2 ..... And adding that to primary resistance.... Resulting in a new resistance named R1e
same doubt
Thank u.. what is the value of zL' ??
Thanks a lot
Hiiiiiiiiiii freinds.... Sir so excited for students reply.... Good work 😂 😂 😂
Sir,
Where you have used i2' some books write it i1'.
I'm confused🤔, which will be considered?
at 11:55 the diagram for (b) needs a correction, instead if E2, it should be V1'
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Sir, E2 and V2 should be opposite to V1. But here all r taken in the same direction. Please explain
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Great video sir..
Thank you!
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Please upload cupper loss due to resistance winding
Sir kese dhanyavad karu .....
what is the value of Zl' ???
1:13 I2' was described as "the current responsible for nullifying the effect of Phi 2" What does it mean? Phi 2 is on secondary of transformer induced by Phi 1 from primary, so how did I2' nullify its effects? I'm confused. Thank you so much.
Actually when the load is connected to secondary side, the circuit is complete and i2 flows through it. Since i2 is an alternating current it produces mmf ie N2I2 which is the flux that acts opposite to the flux produced by primary side. To nullify this effect the primary side Creates the emf and the current I2' is induced that creates mmf N1I2' which is equal and opposite to N2I2
Why (n1/n2)2
Sir can you explain the Scott method
sir please make equivalent circuit of an 3 phase induction motor video.
Nice one #profsunilsingh
Hello
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tq sir
During referred to secondary you told current parameter as resistor R2
Does transformer has any reflections.
Why in refering resistance (N1/N2)^2 sir?
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Hello!
Who is here before 1day for exam
🔥🔥🔥♥️♥️♥️
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can u give the problem realted to this type of q
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Current is a scalar quantity so how current is vector quantity in this equ. Ckt
Plss anyone know pls explain me
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it is scaler, but the vector is used for the phase
Sir pls answer my question .. I'm waiting...
Which question
0:00 hi friends chai pilo 😂😂😂😂
@3:41
4:42
🔥🔥🔥🔥🔥🔥🔥🔥🔥
Please please upload fast
That emotionless hi 🍟 🍟
sir why we have neglected ROIIXO HERE
It is only an approximation, but since I0
Our team is thankful for your valuable suggestion. We shall indeed notify it and make alterations at the earliest. Your suggestion would certainly help us in further improvements.
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Hiiii friends
7:20
Question 5KVA single phase transformer about diagram?? How can it possible 0/p voltage 230V AC.. Wxplain it..
Kya ad tha yrr 😂😂
Wrong.....
No load primary current is 2-5% of rated current.
Probably good explanation according to the reviews but please speak normally. I am not able to finish the video.
10.48 the diagram of referred to primary is wrong .
may be not sure
Shivam Sharma no its correct
what the hell is vector current?
current expressed in vector terms
Apna accent sahi kr le bhai
Why only indians are making those videos? LOL
kuri yawe 13 mins zaya kiya tuu ne
Poor explanation very bad
thanks for not explaining anything🙏
thankyou sir
You are always welcome
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Thanks a lot
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Thanks sir 🙏
at 11:55 the diagram for (b) needs a correction, instead if E2, it should be V1'
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Thank you
Thanks sir
Hello Rajat
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