Phasor Diagram of Series RL Circuit

[@akilandeswarek2573]

Wow. It was really neat and clear.

[@smartengineeringeee4990]

Sir, please explain about 'Power Curve' of R-L series circuit, R-C series circuit & R-L-C series circuit.

[@motazrajab5574]

You are the best

[@Mith02]

Sir आप इतनी अच्छी video बनाते हो अगर आप electrical की सारी video upload कर दे तो students को दिल्ली में gate के लिए coaching के लिए लाखो रुपए नहीं खर्च karne पड़े गे सर मै आप की video pichale पाच साल से follow कर रहा हूं

[@omprakaahyadav9405]

Your Screen bring clearly of your academy

[@pradoshgouda4905]

Thanks neso academy

[@tessaliya1569]

Please do video on Laplace transform in network analysis

[@abrarshahria6182]

But is the I same?? We know that in L circuit I is lagging 90 degree So the current through I(R) and I(L) different??

[@guttulageethasaidurga2035]

Tqq soo much..😀😍. superb explanation..👌😀👍👌

[@AnkitKumar-bb1fq]

Why impedance is complex quantity?

[@PiyushKumar-dl6pm]

Because it has magnitude and angle

[@misbakhan01]

Plz do problems on transient analysis

[@mounikakolamala4254]

Sir ,through LC circuit explain cheyandhie

[@biancaar8032]

How is magnitude of I greater than v

[@Cpp_For_Life]

Same question.😢

[@touchedbyasquid]

@@Cpp_For_Life I guess if R is less than one ohm it can happen. But I am trying to make sense of it too.

[@sreekanth2339]

Thank you SIR

[@prabhakardas4261]

Will it be regularly uploaded

[@prabhakardas4261]

@@nesoacademy yeah, waiting for that, if possible, please upload it regularly

[@ryanmurzello4106]

Sir why did you take j with XL ????

[@gagandeepsingh8304]

How we know VL is leading 90 digree?

[@patrickhelmick5829]

VL leads IL by 90 degrees because a coil of wire with electricity flowing through it generates a magnetic field. The act of generating the magnetic field at the moment that a given direct voltage is applied causes much initial impediment to current flow. After the magnetic field is built to 100% of possible intensity, there is no more impediment to current flow. So if there exists impediment to current flow, there is voltage across the coil. When there is no impediment to current flow, there is no voltage across the coil, and lots of current flow to support the magnetic field. Can you guess what happens if we suddenly disconnect the coil from that applied direct voltage?

[@electrikul9060]

There would be no current..

[@shantilkhadatkar1195]

Shuuubhhhhh

[@Dark_tube541]

What is the meaning of " j "

[@AnkitKumar-bb1fq]

iota

[@patrickhelmick5829]

"j" in electronics is the very same thing as the imaginary operator "i" in college algebra. "i" equals the square root of minus one, which is not on the real number line. If a number has "i" after it, it is on the imaginary number line, perpendicular to the real number line. If a number has "j" before it, it's the same thing, except electronics notation.

[@aarthikmehta9496]

It's iota only but we are representing it with "j" alphabet just so you don't get confused if it is current(i) or iota(i).

[@mogilipakasantosh8193]

❤️

[@harry_kim6940]

2024.01.19 감사합니다.

[@khushichudasama7468]

Thankyou sir 😃🙏

[@edu_in_iitg]

Thank you sir