why we consider flux linkage of 1 at point p due to current in 2?...what is the significance of this flux linkage?

pls tell what is the significance of external inductance because external field does not link the same conductor, then why we use it to calculate total inductor of a conductor?

the external magnetic field does not link the conductor, then why we consider it in calculating total inductance of a conductor?

Thanx sir u r explaining every little formula in the derivation❤

yeh sir !! please upload more of your videos, they are amazing...you are amazing teacher

brillant

boss please what's the answer to the sample question @ the end

I was hoping you would explain why the back EMF is strongest in the centre.

This playlist is very helpful, time saving and well explained, wonder why he stopped making videos.

it's been seven years but you don't even know that you're saving me. amazing explanation on every Transmission line Parameters videos. thank you man for sharing this for free.

Excellent explanation

Excellent lecture

Xl=0.319ohms/km.....amazing explanation!

Xl = 0.325018 ohms/km per phase

Thank you sir 🙏

Thank you sir 🙏

Thank you sir 🙏

Nice 👍

Best explanation of this topic I have watched till now

thank you so much

It should be 'A' i.e. Breakers 3,4 and 9 as doing so would isolate the fault from both the incoming generators.

Very very clear explanation. I really like and enjoy your lectures. Very educating. I observed that the formula you used for Z1base is voltage x current instead of voltage/ current.

thank you very much

The last sample question on skin effect needs solution. Kindly, provide. Thank you.

Very clear explanation!

3,4,7,8,9

If T is the temperature at which resistance approaches zero and resistance of copper increases along with the increase of temperature then shouldn't the value of T be smaller than the value of t1 and t2??

i am very very grateful , if you you contact me at [email protected] I will really appreciated that and i will check you web site also , thank you again and have a great day

You are an amazing teacher

Hi, I like your lecture. Thanks

bro, i want to f***ing kiss rn, my teacher is so useless when it comes to explaining the derivation, so i was left out confused with so many different formulas without knowing how it was derived, unfortunately my exam is so close and iam afraid that i won't make it on time, anyway keep doing the good work, i wish for you the best of luck, and thank you

What about the effect of inductance in the overhead distribution line.

I don't quiet get the exact meaning of "flux linkage of conductor 1 due to current I2 up to distance P"

nice explanation ,please make a video on capacitance also.

Great

Hi, Thank you for the very good explanation, I want to calculate skin depth for stainless steel and Brass, I used the skin depth formula that is dependent to electrical resistivity of the conductors. I found the electrical resistivity of them that are temperature dependent (www.inductor-jmag.ru/files/content/a129160.pdf) . I got confused that we have electrical resistivity in DC and AC? I work with high frequency system and AC circuit.thank you in advance for your help.

Sir, thank you!

thank you so much, great explanation

The best explanation

Write the relation of temperature and resistance

You literally answered all my questions in such a short video, many thanks.

Sir.. Plz upload all vieods.. I don't know why you don't have subscribers.. ☹️☹️

Thank you sir, I'm grateful

You explained very nice as well as mathematical terms clarification was really helpful.

I wish the volume was higher. I can't hear you well. =(

Very good teacher!

Bro Really I'm attracted to your videos Kindly post full videos on power system analysis It would be great if you do so... I'll share with my friends too....... Really awesome!!!!!

Thank you for your explanation. The best I have ever seen. Your sketchs helps a lot.

Excelent explanation