Maxwell Inductance Capacitance Bridge for Measurement of Inductance - Measurement of Inductance

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[@SagarKumar-zv8vq]

Ohh! Ma'am Maza aa gaya.. Thanku so much 🙏❤🙏

[@SWITCH2GROW]

Mem your teaching is very understandable and the phasor diagram teaching is more good. Thanks a lots 🙏

[@saiaditya7752]

Thank you so much mam tomorrow there will be my semister exam and it's help me a lot

[@rao1199]

your channel is helping me so many times

[@aanandkumar9740]

❤❤❤❤❤

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Thank you

[@dharmarajumerugu]

Nice lecture mam I understand clearly Thankyou mam

[@canandwill-u9c]

Bhai mam it a acha padha rhi h.....ac nhi band hone chahiye

[@pottisatyamanikanta1887]

very clearly explained

[@dksingh9771]

#myopinion. Thank you mam for this video

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[@Rakeshkumar-sw8nl]

Good Explaination Ma'am

[@ganeshlangi1242]

Nice explained mam

[@EvansKol]

Thank you....again

[@jay12maurya79]

Thanks ma,am

[@nikhilchourasiya4720]

Nice lecture 👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌 Thanks mam

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[@DhruvPatel-nm5ws]

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[@shambhuskumar007]

Its not voltage lags.....its the current lag/lead voltage....If u r saying about a single phase supply, the sinusoidal voltage has a fixed phase angle and the phase angle of current will be changed according to the characteristics of components used in the circuit...but if u say about 3 phase, there can be a phase shift between each line voltages.....

[@vaishnaviprakash9876]

Mam why if for z4 it is parallel combination why we again take reciprocal of it

[@shashankbs728]

I have a doubt in the Balance equation of impedances, in the class of MEASUREMENT OF INDUCTANCE BY THE MAXWELL'S INDUCTANCE BRIDGE, you wrote Z1 for a to b, Z3 for b to c, Z2 for a to d and Z4 for c to d. the equation is correct Z1.Z4 = Z2.Z3. but in this class, you wrote differently Z1 for a to b, Z2 for b to c, Z3 for a to d and Z4 for c to d. will it affect the equation? or is there any reason you took like that? Thank YOU :)

[@ashfaqshah7682]

Thanks mem

[@anassaifi7613]

31:04

[@nidhigrewal1403]

Nice

[@jayatripathi1229]

Mam videos on other ac bridges are not available . please provide videos on other ac bridges

[@anjaliprajapati6865]

Good evening mam ..mam kya all bridge se related objective types questions mil skte h with answers ,..mam please help

[@alexzeus6984]

Mam why we won't consider J in voltage drop across inductance as because J is itself e phasor?? If anybody knows it..do reply plz..it would be great help

[@avirajwalunj1834]

Maam but in capacitor it is lagged by 90

[@jais3877]

In capacitor voltage will lag behind current and therefore Ic is drawn perpendicular to voltage

[@vanshkahol662]

Where j come from mam ?????

[@nashrafathima2000]

Mam why u hve taken j omega?

[@NitishKumar-sd4ph]

Anderson bridge..lecture..

[@chandanv925]

👍

[@saurabhchaurasiya4207]

Mam hindi me banayiye

[@INSTRUMENTATIONISGREAT]

Op

[@harshitnema4197]

Are koi AC chala do yar..😉🔥

[@balaji005]

334 like

[@favour5442]

Hi...... You made a mistake there You interchanged the values of your r2 and r3 Although you arrived at the correct answer But I just wanted to point it out