Thevenin's Theorem

[@AtoSeiNii]

you just summarized 8 days worth of lessons in just 13 minutes. absolute legend

[@yunoasta1447]

goat

[@m.usamakaleem6694]

I have cleared my all confusions about thevenin's theorem after taking this lecture....

[@mahadev1050]

Sir u'r helping me a lot

[@detainedboi5335]

IT'S ok Ra nanna

[@srinud482]

@@detainedboi5335 telugu aa

[@feelofphysics]

Who r watching just 1 night b4 exam 😂

[@vishwam5271]

Chup ho ja randike

[@freeverse4210]

3:30 hrs before🎉

[@scarletspider1610]

Me

[@aranyadutta297]

I'm watching after exam😊

[@Mykk-dl9er]

30 minutes b4 xdxd

[@Rycamcam]

This is the best Thevenin's theorem + example video I've seen so far (I've watched half a dozen by now). Thank you for the clear and concise video! Bless you

[@pevvilpa1643]

thanks teacher.... I have been trying to understand this topic for 3 hours and it lasted 13 mins thanks for your video

[@Cookingcousin]

I’ve been studying all day and this is by far the most helpful video I’ve come across thank you so much!!! For anyone who needs a step by step explanation this is for you

[@rey444xd3]

Thanks for this. The book I’ve been using to teach myself wasn’t very good at explaining things and I needed the guidance. Now I understand why this theorem is so important.

[@aspirant5723]

1 night before exam 🗿

[@krupaldeshmukh8392]

Really helps alot..searching on KZbin and found a perfect destination..clear voice and clear conceptual clarity...🙏🏻🙏🏻🙏🏻🙏🏻..

[@detainedboi5335]

Chala exciting ga feel avthunnad

[@devarajyadav5303]

@@detainedboi5335 adhey magicuu

[@gamerclash7092]

A doubt; How the $ ohm resistor and 12 ohm resistor are parallel and those are in series with 1 ohm resistor?

[@invisiblevoice7820]

@@gamerclash7092 because same current will not flow accross 4 and 12 ohm resistor so it will be parallel.

[@sowmyakundeti9966]

No change....again excellent teaching....love towards NESO 😊😊

[@Ppadira]

Didi Can you please help me in understanding that why did he short circuited the voltage source but open circuit the current source ????? Plzzz

[@mazhermd6846]

​@@Ppadira voltage source have internal resistance less Current source have internal resistance near to infinity

[@amma4042]

Am waiting for it last 2 months Thanks

[@tanzirhasan2766]

You are an angel saving me in my EEE exams. Thanks a lot

[@ndzalamankwinika2999]

Saved the day😭🙏🙏🙏🙏

[@deepthigalla975]

Ur teaching was perfect sir.. 👌👏Tnx foh helping us to understanding..🤝

[@alankrita17]

3 hrs before exam 😂😢

[@addomaxwell9816]

😂

[@someone26771]

😂😂😂😂😂yup

[@amanbhatti]

thank you sir for explaining this very hard topic very easly thank you very much

[@cee-ysport765]

I really want to appreciate the brain behind this explaination and KZbin channel. Please how can i get the textbook that contains all questions?

[@lavudianjali3967]

Deserves more likes & views

[@nandana6195]

Thank you sir , this 12 minutes is very very efficacious for me, love from Kerala 🙏

[@hasnainmaan50]

bro luv you ho gya we started studying the night of exam and it worked out well..

[@SomeshJEn-CPWD]

Best explain,I will give out of out 100, Becouse next Tommrow of my exam in college in BTech in electrical engineering in 3rd sem. But I understand concept only in one time' but my professor was explained all time😅😅😅

[@agofuretega3300]

I am definitely following and subscribing ❤❤

[@borncoolgamerz2534]

Watching 1/2 hr before exam

[@RDKUNDAPURA-yw2jx]

know i realized that i simply wasted my time by sitting in the class .i understood in one vedio thank you so much

[@Jehohananokeke]

Thank you sm, I understand clearly now.

[@meeralyadav2550]

Thanks Sir, Please make more videos on Electrical engineering topics.

[@bhargavi5663]

Half n hour before exam >>>>>>

[@nireekshanajakkula5871]

Nice explanation

[@ayushbhavsar8513]

Thank you for creating such valuable resources 🙏

[@jananisan207]

Omg...thank you sooo muchh sirrrr

[@saubhagyalenka4967]

Ur help is unforgettable for me sir

[@jeetchadsaniya9046]

Thanks for all You are best

[@m.guruprakash5837]

Your lectures are really awesome Sir!!!💯💯💯💯

[@justinemwape-i6x]

thank you, simple and clearly explained

[@pottibaby464]

I understand your videos very well sir. If you search for any topic KZbin, your videos will be there first👈 sir... good explanation sir 🙏🙏

[@jeppalpandya8506]

Thank You soo much Sir ...

[@deepachauhan9365]

Thanku sir Simplicity exist here.

[@sachindongare9412]

tbh i tried understanding Thevenin's Theorem in book it is very complicated and messy you explained it very well never knew it was that easy

[@NguyễnLong-o1t]

very helpful. Thank you!!

[@psvtalkies7666]

How I can thank you sir....your explanation is very clear and easy to understand and that example problem also able to understand.. thank you alot sir

[@natuvaswetha546]

Thank you very much sir you're videos are very helpful sir😇😇😇

[@himanshumehra7577]

thanks for explaning it , it really helps .

[@mr-_-pandit8133]

I'm watching just 15 minutes before exam😉

[@s4mi802]

Thank you..... I understand perfectly.....☺☺☺

[@dianjing5920]

nice video, just a question, why Rth is not 4?

[@hadiyaebrahim6285]

Your videos are really ...really helpful sir.......thanks a lot

[@siddiqui_hira]

please also make a video of Norton's theorem

[@stories7247]

Wonderful explanation.

[@hemendranath1239]

I have exam with in 1hour I am watching now

[@asadahmadkhan1054]

Sir you are the bast teacher

[@tijaniahmed1843]

Do we only apply the vx where there is a voltage drop?

[@arjunparekh4988]

Thank you very much for this.

[@sacred-brawlstars8644]

🎯 Key Takeaways for quick navigation: 00:00 📜 *Introduction to Thevenin's Theorem* - Thevenin's Theorem, developed by French engineer Lyon Thevenin in 1883. - Explains the need for Thevenin's Theorem when dealing with variable elements in a circuit and the advantages it offers in simplifying complex networks. 01:34 🔍 *Thevenin's Theorem Statement* - Thevenin's Theorem states that a linear bi-directional two-terminal network can be replaced by an equivalent network with a voltage source (Vth) in series with a resistor (Rth). - Describes the significance of Vth (open-circuit voltage at the terminals) and Rth (input resistance when independent sources are turned off) in the equivalent circuit. 03:19 🔄 *Example of Applying Thevenin's Theorem* - Illustrates the application of Thevenin's Theorem using a practical circuit. - Emphasizes the replacement of a complex network with Thevenin's equivalent circuit (Vth in series with Rth) for simplifying analysis. 08:31 📐 *Calculating Thevenin Voltage (Vth)* - Demonstrates the steps to calculate Vth by modifying the circuit, applying nodal analysis, and determining the open-circuit voltage between terminals. - Shows the importance of maintaining consistent polarity throughout the analysis. 10:30 🧮 *Calculating Thevenin Resistance (Rth)* - Outlines the process of calculating Rth by turning off independent sources, modifying the network, and finding the equivalent resistance. - Highlights the parallel and series combination of resistors in the modified network. 11:25 ⚡ *Solving Circuit with Thevenin Equivalent* - Applies Thevenin's equivalent circuit to solve for the current flowing through a load resistor (RL) in two different scenarios. - Shows how the simplicity of Thevenin's equivalent circuit facilitates easy calculations for varying load resistances.

[@adityasarvade7817]

Good evening Sir What if there was a dependent source in between then we have to do nothing with it na sir? Please suggest 🙏

[@sacred-brawlstars8644]

College exam?

[@sacred-brawlstars8644]

​@@adityasarvade7817vit?

[@apurbanandi9175]

Thank you Sir!

[@Volter963]

Watching this 15 minutes before exam

[@AkashMadhusoodanan]

Very helpful

[@masumkamalbarbhuiya182]

Thank you sir but having one doubt from where you get 4ohms??

[@kshitizsharma5037]

great writing mate

[@melchizedekarchijones3893]

You guys are doing a good job keep it up well done

[@RahulRaut11]

watching this on exam day :)

[@tıbhendese]

Thank you for short and understandable lesson videos . Can you make videos about Biomedical İnstrumentation , bioMems , signal processing and biomedical devices , like other videos ?

[@mohan-rv2cc]

Sir please try to upload resonance videos.we are feeling much difficulty in understanding resonant circuits

[@AJ-et3vf]

Awesome video about Thevenin's theorem! I needed this and this is perfect for me

[@anabildebnath2590]

amazing!!!

[@ita4454]

Thanks for this ice informative lecture.

[@sonamchauhan2968]

Thank you sir 🙌

[@chandrajyothibojjapu9566]

Thank you so much sir

[@annu2214]

Me watching this 3hr before exam

[@theviralfriends1280]

I'm watching 2 hours before exam😂

[@purushuttamdutta2887]

Why 12 and 1 ohm resistor are not parallel with series on 4 i.e (12||1)+4 ...why ,please help......

[@kamyagupta4030]

thank you so much

[@isitnecessarydhenu]

🥺🥺🥺 thankyou so much sir

[@45012]

Sir Vx=Vth, why i3 current between Vx and Vth , there is no potential difference......?

[@ninisanjay6638]

i know right

[@leomessi-ce7xb]

Do u think potential difference is the only reason why current flows ? V=IR( ohms law ) Here resistance is zero that's why no potential difference or no potential drop but current ain't zero right ? It's the resistance which is zero

[@Xyyyzzzzzz]

🆕 @Nini 🆕 Sanjay 🆕 New 🆕🆕

[@Aayush_006]

Since VX=vth, so potential difference is 0 here.

[@fatimaalfehaid]

thank you sir

[@vinayvini3585]

Sir plz upload more about network theory plz

[@spaceman1328]

Just awesome 👍

[@ashwinmishra5178]

Thank u so much bhaiya

[@SANTOSHGUPTA-kc5ns]

Why we can't apply voltage divider for Vth Vth=32*12/(4+12)= 24 Volt While in soln Vth= 30 Volt

[@Hashim_here]

I have same doubt

[@hemantbhatt3553]

The answer should have been 24 V had the two resistors been in series. They are in not in series or parallel so the voltage Or current division rule cannot applied. Note that there is a current source of 2A connected between them making the point a principal node.

[@srisaipravallikamuktineni9162]

@@hemantbhatt3553 can’t we use a simple mesh analysis equation -32 + 4i +12i =0 I=2A and the same current flows through entire circuit. As the 1ohm resistor is open and voltage can’t flow. The resistance at 12ohm is v=ir 12x2=24volts and since 4&12 ohms are series same voltage flows and Vth is 24volts

[@srisaipravallikamuktineni9162]

@@hemantbhatt3553 if possible can you please answer soon I have an exam in 2 days

[@ajmirkhan9070]

Thanks sir,u help a lot

[@physicsdiva1871]

Nice one

[@SajidHussain-ux7vc]

Very helpful sir... Please upload ..

[@vishalmahla6762]

Yes I'm watching on the exam day 😢

[@joyoshreesaha8389]

While calculating Rth why voltage source considered as short circuit and current source as open circuit??

[@shitposting2234]

For voltage sources, we set their voltage to zero, effectively replacing them with a short circuit. For current sources, we set their voltages to zero, effectively replacing them with an open circuit.

[@rishikuchadiya5203]

sir why have we considered 1 ohm for calculating equivalent resistance but not for calculating voltage

[@maan_editz105]

sir you are awesome. sir can you upload star delta formation

[@mitrasen2295]

Thanks sir

[@lenkanagamani1569]

Super sir kindly thanks tooo uuu sir

[@vinayvini3585]

Thnks for this thing

[@NaturalityOfTheWorld100]

Thanks for your lecturer vedio

[@ahmedatifabrar7698]

Your voice, unlike many an Indian gurus, is pleasant. But you could've drawn it right from the beginning like Khan Academy does.

[@Mikeotren069]

It's 3 am and I have exam tomorrow 😂😂

[@blzKrg]

Helpful.

[@samitkhan6099]

Please recheck the solution, Vx should be 24 Volts.

[@olaayman1900]

thank you

[@Swerit]

Thanku sir

[@ppfcreation]

Thank you soo much sir for explaining these concepts in easiest form . I'm very helpful from your videos . Plz provide PDF 9f these lectures will helps me alot for digital learning although I already made notes but also want pdf plz sir 😀🙏❤️

[@nageswarrao2848]

Sir ur awesome

[@Coc-k2y]

From where he get this equation 3Vx-96+Vx=24? Please help me

[@Adhityasharma2005]

Im watching 20 min before exm😂