Lec 43 Maximum Powert Transfer Theorem in AC Circuit

[@archanaupa3861]

Network before u was very horrible bt after ur teaching it's so interesting n ur way of teaching is just fabulous..... our bestest teacher n a very kind one.....god bless u sir😃

[@hiteshkatariya8859]

at 5:15 well said sir, it was asked in gate, where load was fixed resistance and thevenins resistance was variable.

[@yugtube215]

Excellent sir

[@ramkushwaha2154]

Smart work sir ji

[@PKTamuli-ts6vn]

Very nice

[@yugtube215]

Nice sirr

[@dhamo6725]

Great lecture sir!Thank you so much

[@ranjankeshri826]

Sir is it necessary to them to watch same topic who have watched network from gatematic education

[@kunalop11]

Love you sir for easily introduce mpt

[@ranjankeshri826]

There also you have explain these things and also concluded all the case

[@electricalgyanguru7410]

It's on you .if you hear all in Hindi once😉

[@shubhamverma2106]

Thanks sir for explaining well.

[@048_yashyadav9]

Best

[@saurabhtrivedi6181]

very nice analysis!!

[@pankajpratyushprasad3326]

short trick mast hai sir

[@anaadimishra1922]

Sir, i think the Vth in the last question must be 10volts!

[@kumarveeru707]

Sir case 2 me XL+XTH=0 kaise hua

[@vivekkumar-lr1jl]

super lecture on mpt

[@competitioncurrentaffairsw2128]

nice lecture

[@aishwarygupta5041]

Thankyou sir

[@arjunpanwar77]

Thank you sir .

[@raunaksharma498]

sir at 25:10 why is P=I^2 * R and not (1/2) * I^2 * R ?
In case of ac circuit , average power is half.

[@AjitKumar-hq8ez]

because Vth is already in rms value...

[@umeshsingh-du3pk]

Raunak sharma in case of maximum current it'll be half, since sir calculated it in r.m.s so it'll be 1.

[@sarathbabu540]

Sir explain efficiency in all cases

[@pankajpratyushprasad3326]

thank you sir