Lecture - 4 Some Useful Laws in Basic Electronics

[@Mr.Science99]

These lectures certainly boost the curiosity of a student towards electronic. Thank you,sir From my heart!!

[@shadowmask13]

professors like u are very rare nd feeble,,,,,hatz off u sir,,,from tz small lecture from you we got a lot of valuble knowledge,,,keep doing your efforts,,,,,waiting for your lectures,

[@TheRabidgoalie]

Fantastic lecture. It explained Kirchhoff's Laws very well, which I had struggled with while studying from some books that I have (for the law on current, they neglected to mention that we were observing the currents flowing into and out of a junction point...or node as it is expressed in this lecture). I am very grateful to IIT and Prof. T.S.Natarajan for making these lectures available, these are a great source of knowledge. I need to start taking notes, these equations are too good to lose!

[@kabandajamilu9036]

My world's best professor so nice explanation and demonstration

[@krishh17]

Sir, your way of explaining makes it very easy to understand several concepts, as you also show it practically.

[@marcos_silvestri]

What another great lesson!!! Thanks for bringing to my awareness the Superposition theorem and explaining the internal parts of a current source, something some of my teachers have been failing to explain at the university. I'll certainly move on to the 5th lesson since it has all been very useful, informative, and it'll add value to my knowledge for the finals exams. Cheers from Brazil!

[@DoubleDeuce2500]

I love this lecture series, Prof. Natarajan! Very helpful! Please, keep them coming

[@ApplianceRepairOfTucson]

Thank You Professor !!! for your time and energy that you invested to educate us!!!

[@gyanu85]

The lectures r vry gud by natarajan sir. Evrybody will get interest in tis subject if thy listen tis.

[@masterpritam26]

Very good job prof. I'm very bad in maths. but your lecture is so clear and direct that I can understand easily the fomulas. Thanks, you have done a great work. Hat's off !!

[@jagsrathod9752]

This is very simplified manner that helped me to grasp each and every thing very quickly and effectively

[@ardutinker]

Great lectures prof. Natarajan! Thank you

[@orangedac]

great set of lectures. please keep them coming.

[@rkyourtech]

Sir Thankyou so much Natarajan sir.

[@RajithaMadderu-gm9jy]

Because of ur videos I got job in PSU thank you sir

[@prankuragarwal5016]

thank u prof. Natarajan u really helped me a lot in clearing my concepts about basic electronics

[@ayushchoubey635]

Thank you Sir for your your knowledge and effort.

[@NewPC88]

I'm grateful for the lessons provided. I wish for a forum to discuss questions related to the lessons, for lack of an alternative space, I'll ask my question here and hope for the best. At 24:56, Kirchoffs Voltage Theorum is discussed. I can't seem to understand why the algebraic sum for the second loop is V2-(I2-I1)R2-I2R3-V3=0. To be consistent with the algebraic sum of the first loop it should be V2-(I2-I1)R2-(I2-I3)R3-V3=0. Can anyone explain?

[@pupsadevi2930]

it is because only the current I3 is passing through R3.. you can see the same condition as in V1, only the current I1 is passing R1. ( in R2 both the current are passing through )

[@gehlotharish1922]

Hii

[@dhaneshbarman6833]

very very helpful....thank you sir...

[@YoLninYo]

very good prof and knowledgable but my god his voice can go from low to high quickly and really grates on the ears. (but there is nothing we can do about it.) thank you for bringing us these lectures.

[@ufoseverywhere]

American instructors need to watch this. they may actually envy these lectures.

[@rajeeshanand8765]

sir, In superposition theorem calculated voltage was V=Voltage across R23=121 and voltage acrossR12 so toal voltage was 3.3+3=6.3volt.but why we don't take voltage across R1 and voltage across R3.these resistance also series to R23 AND R12 respectively in circuit.

[@yash845]

The best lectures in Electronics Thank you Sir!!!!!

[@olugbenga1000]

You are a great teacher! in lecture4 on MAXIMUN POWER THEOREM.R is not one of the parameters.I(L)=V(S)/2R(L) not V(S)/2R. I really appreciate your work but you talk faster than than slides. Well done! bamga902

[@lazyfar]

awsome work prof...!!! may god bless you for this...!!

[@styno2010]

Thank you very much sir. God bless you.

[@sport192338]

how do you download these video thank you so much

[@dejan070five]

This Professor is awesome :)

[@jkmarksongs]

exellent sir very good lecture

[@styno2010]

@HomoSapien2012: Grammarian, thanks for your observation...He is teaching Electronics, not English language. Besides what other language can you command fluently other than English?

[@TakronRust]

Firefox has a number of plugins that let you download streaming video and watch it on your computer. But you watch the format, you need VLC Media player.

[@sudhirpatil3434]

good n informative video

[@mihirkumardas7735]

I always wonder how these IIT professor are so talented 🤨🤨

[@shan19key]

Why cant you download it from here...

[@sloppyengineering]

Excellent! Thank you sir!

[@ruviol]

i already put these 40 videos on my ipod, so i watch them any time

[@rbsupercool]

LEARNING BY DOING IS TH E BEST.. THNX PROF.. :)

[@vikramrio]

Thank You. You are Awesome.

[@TheTimurbest]

I cant understand CURRENT. In Kirchoff second law illustration with 3 voltage sources - there should be 3 currents for each branch. I think.

[@massimoconti4553]

I1 is assumed to flow through R1 and I2 is assumed to flow through R3

[@NguyenManhgazi]

thanks you very much,

[@rajithamadderu3638]

Thank you sir

[@sd9433]

very helpful . thank u so much.

[@yadneshjawalekar0104]

Very veryThanks sir

[@00Gravity]

Hello, could please someone send me a message to tell me where i could possibly find the lecture notes above lecture 3? Thank you very much!

[@dhirajgupta3044]

Thanks Sir

[@masterpritam26]

can you tell me how to download these videos

[@gyanu85]

I have a doubt. How i2r3 came in 24th min of lectures?kindly explain nybody.

[@vasamounika]

thanks alot professor...

[@HomoSapien2012]

@iorixs LOL, man it's "circuit" not "sir cute', his spoken is not good but he is conveying a good deal of knowledge about electronics.

[@VaibhavPrakashSrivastava]

सादर प्रणाम

[@ufoseverywhere]

is there a way? let me know. thanx

[@reysaura788]

thanks very informative

[@emishoktube]

Greaat

[@f0cusNa0]

thank's a million :)

[@adedamolasamson4725]

Am trying to download videos..but it is not downloading....Can anybody upload this lectures(1 to 40) on thepiratebay..Please guys..I really need this

[@santoshkumar-pz5ip]

i want over all concept about the eletronics ,my mind is very confused i can not understand sir plz reqest to slove my prolms

[@orangedac]

what did you have trouble understanding?

[@gehlotharish1922]

Hii After 10years

[@Gayathrismart]

HOW TO DOWNLOAD THIS

[@sidharthkumar5303]

Hi mam You can download any youtube video by opening youtube by uc browser and there is a link at top like m.youtube then you have to add m.ssyoutube to download it in mx player .

[@zullottrocker]

You are right, sorry.

[@rahulkumarsah9925]

Friend

[@zullottrocker]

Yes, if you understand his words. Accents are so annoying.

[@mauligruhudyog3249]

be Marathi bol na. konale samjte