Maximum Power Transfer Theorem (Solved Problem 7)

[@VishalYadav-ss4qv]

I am not a electrical engineer student but i big fan of neso academy team❤️❤️❤️❤️❤️❤️❤️🙏🙏

[@adarsh4physics]

What a lecture.... Crystal clear understanding

[@saichandra8773]

110

[@amritgupta1570]

Dear Nesoacademy Team, Sir Ur contents r awesome, the way u explains the topics r incredible and could not be compared with those only high demanding fees coachings. At the start of my self preparation I saw ur channel which gives courage to start the preparation, for those who can't afford the highly rated fees u r the only last & last hope. Please sir make sure to complete the course.... Thank You soo Much Sirr 💝💝

[@anupriyarani6902]

Sir words would never be enough for your work. ♥️......

[@prathameshkodgire8642]

then what will be enough?

[@nikhildiscover7118]

By maximum power transfer theorem..p=v2/4Rth..answer is 833.33watt

[@UECAshutoshKumar]

Thank you sir ❤️

[@wafaelomami2191]

Thank u so much ❤

[@abdurrakib551]

Fantastic

[@sakshithakur2110]

It a humble request sir kindly complete the series asap

[@prathameshkodgire8642]

OK mam\

[@bobyburman6763]

upload videos asap sir...we r waiting for it

[@princechoudhary5772]

When will you upload the videos of analog electronics

[@RupeshChandu1]

He will not upload From 3 years there is no videos on analog electronics

[@princechoudhary5772]

I have been requesting them to upload but they are not responding....

[@prathameshkodgire8642]

@@princechoudhary5772 mail them

[@p.anilkumar1058]

From which book question is taken

[@Meghnaghat400kV]

Pmax is it not 500w ?

[@paulnikkodelim167]

How did you get that magnitude of zth+rl? I can't get it

[@paulnikkodelim167]

I only get square root of 30

[@natchapollebkrut8104]

@@paulnikkodelim167 It is from Z Th + R L = 3 + j4 + 5 = 8 +j4 so the magnitude of Z Th + R L is sqrt(64 + 16) = sqrt(80)