How to Solve Any Series and Parallel Circuit Problem

[@narayankarandikar6926]

The difference between a teacher and a GREAT teacher is that the GREAT teacher makes a complex subject so simple that one remembers it for entire lifetime without much effort. Jesse Mason is without any shadow of doubt a GREAT teacher.

[@JesseMason]

I'm very flattered, Narayan!

[@somerandomboi8239]

​@@JesseMason"Two parallel conductors, 20 Ohms being the resistance of each, are binded to a source of emf=120V and internal resistance 10 Ohms. The free ends and the middles of the two conductors are binded together with two lightbulbs, each of 200 Ohms resistance. Find the current passing through the source." This is in my textbook and they say it's I=0.89A. I was using this exact method to solve it and I don't see how that can be. I'm so confused. I would naturally assume it's a mistake in their solutions, but they even drew the circuit AND my solution is too far from 0.89A, namely 3.999A.

[@somerandomboi8239]

@@JesseMasonAlso, if you could explain why parallelly tied resistors offer less resistance than each individual one of them, that would be great. Like if you tied 15 of 2 Ohms each in parallel, the total is just 2/15 Ohms. I am really confused as to why that is, can't really visualize it. Like, there are smoke pipes for fire house heaters that look like so: one pipe dividing into severall narrower ones and that after half a meter merge into a single one as wide as before the splitting. I'm sure you've seen those, they're called "savers" where I live, and their purpose is to slow down heat and "save" it within the room for longer than it would stay in the single wider pipe. It looks the same as a parallel circuit, and yet parallel circuits have the opposite effect. For electricity, parallel means less resistance, while for smoke and hot air it means more, and I am really confused as to why the former. It's so counter-intuitive.

[@deathboygaming2528]

A​@@somerandomboi8239

[@Templemain]

There are some who are incredibly smart, BUT they either (1) want to show off how smart they are and talk in hieroglyphics or (2) don't know how to explain in simple terms a complex situation. End result, they can't teach for sh*t. Then there are those who are smart or have long experience but can explain a complex situation to the average Joe walking down the street. They are the TRUE teachers, they are rare & gifted. Jesse Mason is one of the gifted.

[@arlifehack9049]

Gary Templemain Bro, i am subscribed your channel and watch all the video and also like on the video. So please you are also subscribe my channel and watch the video,thanks for subscribe my channel

[@adelfaidah3224]

couldn't agree more, love this guy's work he should definitely have much more subscribers

[@ankhibosu1520]

Hello Gary Templemain, watch my video on different topic for physics and comment on it for better and subscribe it if you think, it is needed to promote. kzbin.info/www/bejne/b5Klp2N6hst0hLs

[@JesseMason]

Thank you so much for such a generous compliment, Gary.

[@theunconscious269]

True....

[@keghanlong5624]

I was lost today in class. ive been staring at these circuits for hours looking for video explanations. yours was the one. thank you

[@Scrub_Lord-en7cq]

How to find current through each resistor? Do i need to add the total resistance first?

[@huygmail]

Sir- I wished we had you when I was getting my BS in Electronics Engineering in the '80s. Maybe I wouldn't hate it so much and become a software engineer. You are a wonderful teacher!

[@JesseMason]

Thank you so much, Huy!

[@marouanelavista6493]

hahah i guess that software enginner is better or not?

[@CikaDraza]

That is hillareous. I had a great electronics lecturer and a terrible software/firmware lecturer so I ran away from software and went into electronics lol

[@huygmail]

@@CikaDraza that’s hilarious

[@tomandjerrysmomma3087]

@@marouanelavista6493 its better

[@ulysses_grant]

Sir, your classroom students are blessed to have you as a teacher. God gave you the gift to teach. Thank you. God bless.

[@markkauhanen4362]

Cum comp

[@markkauhanen4362]

Cum compiullGion

[@torchwoodstudios4204]

Yess

[@traceygrandmor302]

Awesome video, this is the best video ever. if you are a university or college student, this is for you because sometimes its hard to get good grades even after reading. i want to recommend changing grades permanently on any university website. They successfully changed my university grades during one of my post graduate course. here is their masterclone55@gmail com Hire them and tell others about your experience. . their job is permanent on the website. they are the best. they do this without trace. hire them today. send a mail and hire them to thank me later

[@SadafShahab-id7cr]

Went through multiple videos to learn resistance across triangular structure, but understood very little, this was exclusive and finally useful. May allah reward you with abundant goodness in your efforts.

[@KK-od2vy]

I have seen A LOT of videos on youtube BUT this is literally the ONLY video that REALLY made me understand the whole lesson. THANK YOU SO MUCH FOR MAKING MY LIFE EASIER!!! God blesses you.

[@surferrosa7285]

You're the man Jesse!!. I was understanding the theory but found myself getting lost in the more complicated circuits. Your method of breaking it down and going from left to right with the junctions marked is flippin fantastic and helps to make everything clear so there's less chance of messing up

[@JesseMason]

So glad to hear it, Gouge!

[@EXOticAngel12]

You saved my life (really just my next physics test, which is pretty equivalent to my life). Gods bless you.

[@JesseMason]

+Liinda Loo Wishing you luck with your studies and a more diverse life, Liinda Loo!

[@EXOticAngel12]

+Jesse Mason Hahaha that mild burn though.

[@faysalahmed4126]

Liinda Loo

[@johndcosta6773]

Liinda Loo

[@meghnaupadhyay688]

kzbin.info/www/bejne/fIumlX2Nq9elgpY

[@PentameronSV]

This is hands down one of the best teaching videos on KZbin, well done!

[@JesseMason]

High compliment!! Thanks, P!

[@Chris_Sheridan]

There's a better one .. without the imaginary 0 Ohm 'resistor' - now you see it, now you don't. Primary school maths.

[@RemoDSujhan]

Believe it or Not ! You are teaching to students , Millions of Miles away from you ! Great Job Sir ! Thanq !

[@caninek9792]

This is MUCH simpler than the way I was taught how to do it. Much more intuitive than solving simultaneous equations, Thanks!

[@ear4funk814]

Nope ... if you use Kirchhoff's Voltage & Current Laws (KVL & KCL), with simultaneous equations, you get the voltage and currents across all segments simultaneously. There are no "redraws" involved ... so it scales well for more complex circuits (the real world). Imagine two of these problems on a 30 min test. This lecture was a good insight into equivalent circuits, if asked to reduce to that (i.e. reduce to Thevenin equivalent) ... but the "go to" method is voltage loops (KVL) and current nodes (KCL) simultaneous equations. I remember having to incorporate mutual inductance & capacitance ... and it mapped easily with simultaneous equations.

[@undercoverdudes]

Fantastic work with the // and series resistors, helped heaps! (2nd year EEE student here)

[@JesseMason]

+undercoverdudes Good luck with EEE, ECD!

[@ArcherElvis]

Praise!! So happy I didn't have to ask my teacher. We are well past it and she probably would have roasted me if I had asked hahaha

[@francishalloun7531]

undercoverdudes heyyy undercover i am a fan i never expected to see you here😂😂

[@MrParker1297]

Aye look who it is

[@junicamarbaniang1544]

@@JesseMason qqqqqqq

[@prasiddhibarde3497]

Your videos are really helpful for all the grade 10th students from India . Thankyou sir for helping us with these questions.

[@xanderabbey8529]

I wish I had seen your video years ago when I first started in my engineering high school. I couldn't really tell what was going on, and had to figure it all out myself. I'm studying Electrical Engineering in university now and this is a great helper for some of the courses I'm doing. Thanks a million!

[@hemantjatt2402]

WTF bro, you dont know this, its as simple as walking for Ele. Engineer.

[@chrwow6713]

@@hemantjatt2402 he said he had to figure it out for himself years ago when he started. WTF bro, you dont know this, its as simple as living for someone with a healthy ego.

[@DadHub]

THANK YOU SO MUCH! I'm working through electrical engineering and I was absolutely stumped on my assignment. The break down and build up method clarified it all. Man, I can't thank you enough!

[@Chris_Sheridan]

.. if you need this video - don't become an electrical engineer.

[@lonewolftech]

@@Chris_Sheridan no one wants or needs your ignorance. He is in college to become an engineer can you not fucking read? Take your bullshit elsewhere.

[@RDKetch2201]

@@Chris_Sheridanwhoa it’s like people need to learn about something in order to master it 😮

[@Chris_Sheridan]

This can be solved with simple maths in under 2mins - doesn't need 14mins of waffle!

[@JamesAnthonyLuciano-o9h]

Wow took me 14:05 minutes to understand what he said.. you won’t believe I’m taking a course for the LADWP & they have a video 30minutes long the professor in the video made 3 mistakes trying to explain the same thing I just saw & im so glad I found this video … thank you so much Mr Mason 🙏

[@JesseMason]

Hi Josh. Great question - and I've received many criticisms about that dummy resistor... If you have done a few of these circuits before, you'll probably know right away that j2 and j3 are one and the same junction because a 0-ohm wire unites them. Not all newbs see that right away though so I incorporate the dummy resistor to 1) visually demonstrate the logic of uniting the junctions separated by a wire, 2) make the translation from the given circuit to the first redraw crystal clear, and 3) highlight the assumption we're making about the resistance of our wire, which is simply not true in the real world. Hope that answers your question, Josh. Cheers from Detroit!

[@manifesto52]

I'm a first year electrician apprentice and was having issues breaking down and rebuilding combination circuits. The example you provided in this video was a massive help. Thanks for the help!

[@vipranshmishra7472]

we do these questions before engineering when preparing for jee advanced in classes 11 and 12

[@reika2585]

You have no idea how much this helped me. I have an exam for physics in a week, so I sat down to study for it by looking at the previous exams. There was a problem similar to this but with the battery in the middle. I had no idea how to work it because my Professor assumes that we know how to draw these circuits and know what a diagonal wire is supposed to when he's only given us problem with them blatantly in series or parallel. I sat a solid hour trying to figure out the question, and then I just gave up and tried to see if anyone has solved the problem on the internet. It led me to this video, which is by far way more valuable than knowing how to solve the problem. I actually know how to do the problem step by step now and this video made it much easier for me to understand. I wish you were my professor ;-;.

[@athenababy]

OH MY GOD!!! Thank you soo much!! I always found it confusing on how to break down and build a circuit but now i can do it easily!! THANK YOU SO MUCH!!! Loads of Love from INDIA !!

[@sriramkarunagaran5034]

Your capable of teaching all Indian students with a single video❤️

[@NdziNkehnyi]

Cameroon students as well

[@jimcoombes8617]

I've been doing this type of math for quite some time (36 years) but I really like the way you went through this. I helped a student with this type of reduction method today - and even thought of calling it Break it down and build it up - and he loved it. I will point him to your video for an even better explanation.

[@RemoDSujhan]

Thank You Sir ! I am from India and I am watching this from my Class 10 Exams ! I had many problems in Solving Circuit Diagrams But Now Just Because of you I can Achieve full marks for my Board Examination ! Thank You So Much !

[@ojasvatiwari4]

Are you from India ? You have to study these things in class 10th ? Oh My God !

[@manofaction9969]

Are You Serious This Thing in Class 10th ? Indian Education system is too hard !!!!!!!

[@motiroy982]

"Watching from class 10 exams?" English teacher watching this be like, "Have fun scoring full marks :)"

[@RemoDSujhan]

@@motiroy982 😄

[@prasiddhibarde3497]

Yes really these questions seems too hard but now are easy to solve . I am confident for my class 10th exams

[@burnerjack01]

It's videos like this that delivers on the concept of "The Information Age". This video should be in every mid-entry level electronics course.

[@ryansoh2395]

This is actually really helpful! I was introduced to new things like splitting at junctions, and checking voltage drops on every single redraw. This will help in identifying the correct new circuit diagrams, as well as a method of checking whether your answers are right or not. Thanks for the video!

[@JesseMason]

Glad you found this helpful, Ryan. Best of luck with your studies!

[@michellenaranjo4340]

I went through several videos, and this one was the absolute easiest to understand. It is a long way to do it, but it will keep you from making mistakes. Leaving some extra space and going back to the redraws saves some time....great job!

[@heaphopper628]

It feels like Moses himself came down from the mount of Sinai with the tables of electronic circuits and gave them to us Thank you sooooo much!

[@andrazmehle7257]

The fact that our teacher expects us to do 10 of these in 45 mins...

[@JayP7.62]

Damn! Glad mine is more realistic. My packet has about 40 of them that get more complex as you go through them. It's pretty much homework. But we have almost two weeks from the time he gave them to us to the time they're due.

[@subramaniamk9094]

In India, you have to do these type of questions in 1 minute 😂

[@dhruvdesai3654]

@@subramaniamk9094 exactly lmao, at first i thought he said 45 in 10 mins but no lmao.

[@daniellarsen6905]

@@JayP7.62 We are getting an introduction into this at Uni, but severaly lacking any task like these. Any way you could link me your packet of tasks? :)

[@lmidnight]

@@subramaniamk9094 It’s easy when you just cheat.

[@PhilipPorter-A19]

I love the way you brake down the calculation for all the components,V,I,R and P thanks for your lecture

[@tristanpotgieter4486]

A South African writing his mid-year science exam in a week just got saved. Thank you so much!

[@Nicole-kg4ry]

This is the first video I watched from your channel and I immediately subscribed. You make things extremely easy to understand. Excited to see more!! :)

[@JesseMason]

Thanks, Nicole!

[@flake8382]

Such an exceptional lesson. In one day I've gone from understanding that NPN and PNP transistors exist (and roughly how a transistor works) to designing combination circuits and solving for required voltages and resistances of all segments. Nice.

[@martinkuliza]

WELL DONE

[@krishnans2006]

I love how you explain the concept by taking your time and redrawing redraws to make sure we all understand it really well! Thank You for your effort!

[@JesseMason]

Man, that means a lot to me. Thanks, Krishnan!

[@nisaragbhatt1098]

Ohm y god this is the best video I have seen explaining complex circuits , thank you so much!

[@cu6733]

Literally a lifesaver. This is the best way to learn. This incredibly complex information is easily digestable in this format; I understand as if I am watching PBS kids again learning about the water cycle. Truly a great, gifted teacher :)

[@johndavy3073]

Really great explanation, I am just some one who has always wanted to understand circuit trouble-shooting and you helped in a big way. Thank you!

[@CheezyC]

The “break it down now” in the background killed me 😂

[@thinh6007]

Im from vietnam and we are studying this at the moment . Do you have an idea when western students start to learn these series and parallel at what grade? In high school? Or as late as even college?? Thank you so so much

[@JustinJang-eu4sm]

Did i ask?

[@alvinlam21]

@@thinh6007 Im from the UK and we learn about this stuff in year 10/11 so when students are like 14-16. But the stuff in this video is for 16-18 year old level

[@hex_metal_barbie4]

@@thinh6007 in the states this is considered a vocation or trade. Some high school students take classes but for the most part many students here take this kind of thing when they have decided that they want to practice work on electrical devices and lines or electrical engineering . I've worked with a couple or people that could pass for electrical engineers that have not been to an advanced electrical engineering school. I've also worked with some that have a degree but have no idea what they are doing. ... Its all about knowledge

[@thespacekid8698]

@@thinh6007 I am from India and we children learn this here when we are 15

[@rudro5784]

Sir,me,and many of my friends together are thanking you from the bottom of our heart. Thank you very much

[@garyd.alzagajr.4157]

Heres a little story I made up to remember the rules of series and parallel circuits. Its incredibly cheesy. Once upon a time there was a parallel player. He hit up all the women with the same line.... voltage. Since he had so manny women to go to he didn't face much resistance. only problem was he had to divide up all his currency amongst all of them. After playing the field he got into a series of serious relationships. Since the woman were more traditional each one gave him her full resistance. To show that he was a one woman at a time man he gave each his full currency. He even dropped some voltage at each one until finally he spent the last of it at the last one. Hope this helps at least one person out there.

[@neyazahmadkhan6784]

Gary Alzaga thanks dude

[@ahmedgoharkhan]

nice

[@parth3570]

ur a genius my lad

[@Rajeshkumar-cc4ly]

quite interesting.....gary brother.....

[@james77011]

😂🤣

[@ReyMercuryFGC]

Ive failed 2 years worth of electricity courses, i have regained hope, this is by far the best video to help solve circuits ive seen yet, pretty good stuff! Saying hi from Uruguay!

[@blazer7731]

This is the best video I have seen on finding equivalent resistances from complex looking circuits. I now understand how to simplify these complex circuits by redrawing them in an easy to understand way.

[@akhildksingh]

the best ever learning videos I watched .. maybe late.

[@JesseMason]

Thanks, Akhil!

[@thespacekid8698]

Oh my God 😂, I understood it and I am now laughing ! It is so simple !!! well this man made it simple !! Thank you so much

[@JesseMason]

This was a delicious comment to read.

[@nanimani2365]

Hey Dude! Ur Profile Pic Is Cool.

[@thespacekid8698]

@@nanimani2365 really

[@meghnaupadhyay688]

kzbin.info/www/bejne/fIumlX2Nq9elgpY

[@bazookamoose7224]

The gift of being able to effectively communicate understanding is the power of true knowledge and wisdom. Thanks for going over this, it’s hard to find “teachers” of these things who can effectively make a topic digestible.

[@rupelfc]

I did these types of things when I was in school and never understood them. I was a Chem E so I never used what I learned. Just intrigued and found your explanation to be great. Thanks.

[@sawtantarjain9489]

How? How the fuck did Sharma ji ka beta fail to understand something? You must be adopted

[@monishmishra6204]

@Sawantar jain

[@monishmishra6204]

🤣🤣🤣🤣😂😂😂😂

[@davidd9707]

Thanks a lot for this video, Jesse. This is really helping me a lot. The problem I encounter is keeping track of the parallel resistors that I have turned into series resistors. It's not that much of an issue with smaller problems but in the future, when I'm dealing with 14 or 15 resistors, I know it's going to be a headache.

[@JesseMason]

Good luck to you, Micah!

[@sethother8012]

This is the best youtube video I have seen on circuits yet. You really ought to give yourself credit, because you would be surprised how vague and unclear a lot of other youtube videos are on the subject. Many videos send you for a loop (pardon the pun) with vague and unclear explanations on circuits.. Even university courses do. In fact, that’s why I come to youTube. The MIT course i am taking on circuits is often vague, so I often need to go to youtube. I think this video helped me understand electronics better than that course has so far and it took a lot of the mystery away. Thanks. This is one subject where being clear and concise is everything, so thanks again. I will subscribe now.

[@JesseMason]

That's one heckuva compliment, my friend - thanks!!

[@zaredkaunajnr3972]

Thank you so much. My 14 mins of watching this video wasn’t a waste.Fantastic work, well explained.

[@shambhai2563]

You have teached me in very simple manner . Love from India 🥰👍

[@JesseMason]

Cheers from Detroit, Sham!

[@chaseh4048]

I’m about to take my physics final and kept getting the Req barely wrong on the complex circuits. This video saved me, this makes it so much simpler. You the man

[@ameanasaur]

Thank you for helping me and my classmates through our electric circuits class in college.

[@pelletubbies]

Wish I knew about your channel when learning about circuits for the OAT exam! Well explained! Now this is helpful with my Arduino hobby

[@bukelwasitolotolo987]

It is clear, understandable, and short. That is the definition of AMAZING!

[@nobodyfaceisnothere]

Thank you so much! I've learned more from you in 14 minutes than my physics class in a semester.

[@Chris_Sheridan]

.. the maths involved is less than one minute. (forget the redundant 'fake' resistor) - how many redraws? Seriously?

[@MahNameIsJeff]

2-4 months of college in one vid xD great job

[@JesseMason]

+David Saez Nice! Thanks, David.

[@hassh64]

+David Saez y class covered this in one week...

[@Love25648]

+HGOD 45 My Highschool class covered it in 2 days; (

[@hassh64]

Anthonia Grace damn! ok, so I was takin a night class in college at the time which met once a week so technically we covered it in one night. yesssss I beat you! my life is now complete lol... wheres the noose?

[@Love25648]

HGOD 45 Nice! Unfortunately I still don't understand it and finals is tomorrow :(

[@mattyd_lite]

Jesse you just gave me back most of my confidence that was shattered over a weekend of trying and failing on repeat. I will be trying this out before class tonight, and will let you know how it goes. Possibly the first time I have ever "liked and subscribed" to any KZbin video, ever. ✌🏻

[@JesseMason]

That's great to hear, Matt. How did it go?

[@franklintackettjr3592]

Electrical engineering student here. I've been studying circuits for a while now, and I've never seen it explained so well. Also, I believe that this is the first time that I've seen a 0 ohm resistor added to circuit. That idea could have saved me so much time on circuit homework/tests. In your opinion, can this concept be used when solving for the transfer function of a Laplace Transformed circuit?

[@JesseMason]

Hi Franklin - not sure about LT circuits... would have to revisit them to say for sure.

[@kartiksaxena8710]

Sir from now on, I'm a fan of yours from India now my concept is 100% clear Thanks again and love from India

[@ameeru]

Thank you! I couldn't understand circuits at all and you just blew my mind with ur method!

[@คคคคย-ฬ7ช]

I am gonna say, for me it is most useful video of 2019 :)

[@himnishakhaja8622]

hey dude, I am in class 10th and preparing for my boards! i was not able to solve this kind of question but now I am, RESPECT LEVEL ++ FOR YOU 😉😉

[@soniadubey4773]

Thanks Jason. it is lovely getting lectures from you

[@SwichHD]

very well explained. I wish i would have found this Video sooner, because this was the exact same electrical circuit i have had in my last recent exam🙃😆

[@FlyGuyN910FS]

Absolutely amazing video. Having to do one of these as a Chemistry major, not an EE major. Saved my butt a lot of time tonight for sure. Thanks!

[@arzooraj7451]

Found the masterpiece after so many hours ❤

[@travised]

Please do more circuits like this. It was great!!!!

[@habieru691]

Why he doesn't use Wheatstone bridge?

[@diraviamgandhi4793]

Wow, such a great teaching! I am now familiar with these types of questions. Thank you so much sir ❤❤❤

[@andrianlangai-qs8bh]

This online tutorial really help to understand the concept on Electric Circuits. Please I need more and I'll send some questions .

[@omarboutari8864]

Bro.. I am going to ace tomorrow's quiz because of this video. Really WELL DONE MAN. * Starts to clap slowly *

[@JesseMason]

*slow bow* Hope you crushed it, Omar!

[@abbassyed156]

l Omar

[@noerangel9100]

m

[@AA-hw5zc]

بشر كيف سويت :)

[@andrearence]

"Let's break it down now. Break it down now!"😂 This is the most useful video I've ever seen.

[@msislam6751]

Really Masterpiece.Nobody in my school & private could teach me like you do.Thanks.I needed this. (I am now in 10th grade)

[@campshay19]

this really helped thank you so much

[@JesseMason]

+shay campbell Great to hear, Shay!

[@garrytalaroc]

I love your enthusiasm

[@JesseMason]

+Garry Superales Physics fires me up, Garry.

[@garrytalaroc]

I love physics too!

[@ANONYMOUS-ci5sj]

My concepts aren't clear , so i did'nt understand any other videos but yours i understood it with no problem . One of the best videos in the youtube yet , my words aren't enough to complement you ❤❤.

[@namjoonsdesciple5141]

Can we use the current division and voltage division rules here ? V=Vin ×Rsame branch/R total I= I in × R opp branch/ R total

[@Jaymee9504]

how do you find the junction...? what if there is a juntiom where all resistor connect together?? how do we need to differentiate whether it is parallel or series??

[@averybentleysollmann8516]

The junction is where wires connect. They always mean that a parallel circuit is either starting or ending.

[@arlifehack9049]

Jaymee Ong Bro, i am subscribed your channel and watch all the video and also like on the video. So please you are also subscribe my channel and watch the video,thanks for subscribe my channel

[@thedrewds8680]

I've struggled with these kinds of circuits for a long time, finally got it after watching this trick, thanks a lot!

[@JesseMason]

Music to my ears! Thanks for sharing.

[@telosfd]

Axiom. "The total value of the resistors in parallel is less than the smallest"! Thanks for tutorial!

[@BelSei]

Since this is so easy, apply and demonstrate this method to the 3-dimensional cube, where every line represents a 1-ohm resistance. 8 junctions in all, and the power is connected diagonally

[@JesseMason]

DEFINITELY going to make that video in the future - thanks, BelSei!

[@kenethjoncarl1724]

its so simple, best for beginners. i am taking civil engineering but somehow have basic electrical engineering course and literally having hard time understanding this. thanks you saved me through semester.

[@djkirubesh237]

This is a true breakdown

[@JesseMason]

Yessir

[@aesthetic_yuga]

Thank You Jesse MAAAAAAAAAAAAASOON Love FROM India

[@venkatesanmunusamy7319]

Super. I once worked in aluminum electrolytic capacitor manufacturing unit. But basically I am learnt everything from you. Thank you

[@WanSyazlina]

1:35 am I the only one who laughed at that.. haha. "break it down now!" :)

[@JesseMason]

=)

[@justjit6466]

No...you are not alone!😂

[@isham7920]

5:08

[@HeyWalkWithMe]

Me too!!

[@perinpatel0879]

Thats 1:34 ohk human error

[@swatantravikramsingh5277]

Day after tomorrow is my JEE exam and here I m watching it. 🔥🔥

[@srishtidotcom]

Rank???

[@scares3859]

ah yes

[@dcmk4683]

is this even included in the silly bus

[@seancady3813]

Never thought I'd learn so much from a 5 year old video. I am doing electronics for my Diesel program and this helped me out so much. Thanks a ton!

[@simransawant2313]

must say its done perfectly and effectively. loved it ..a lot..

[@nutansharma633]

Legends say that this topic is made easy by you😁

[@joevalle9317]

Best explanation! I found this about 6 years ago. Now I have to do this problem again in a test. And I could not remember the video and it just popped up in my feed this morning! Thanks again 👍🏻

[@JesseMason]

That’s awesome! So glad you found it helpful twice!! Hope you crushed the test. Cheers from Detroit!

[@gelliejeansutacio5206]

You are amazing, you make physics super fun! Thank you for sharing your knowledge and expertise! God bless💜

[@JesseMason]

That was such a nice comment - thanks so much, Gellie.

[@masso172]

Im gonna "breaket dawn naa" in class on monday

[@OhJiYeonnie]

+masso172 LOL

[@JesseMason]

+masso172 Hopefully you remembered to BUILDET UHP NAA!

[@masso172]

Jesse Mason hahahah yes i did

[@ELECTRICALPRACTICALTHEORY]

Yes 👍👍 #electricalpracticaltheory

[@meghnaupadhyay688]

kzbin.info/www/bejne/fIumlX2Nq9elgpY

[@chrissholtis4488]

This video explains it so much better than any professor I've had so far.

[@RomsTech]

We don't have enough time in exams😭😭

[@qazaqwert]

Roms Tech yeah. This method is mostly to teach new people the basics of circuit analysis. Drawing it out that many times really isn’t necessary and a waste of time once you get the hang of it, but can be really helpful for beginners.

[@Emiliano_Toledo]

@@qazaqwert thanks, teemo

[@unknowngammer9131]

What to do bro 🤣🤣🤣

[@RomsTech]

@@unknowngammer9131 now i am doing cs 😏

[@Dr.Sayeed]

@@RomsTech What is cs? ( I am thinking Counter strike perhaps)

[@JesseMason]

Thevenin's in the pipe...

[@nunonavega1043]

+Jesse Mason Great video Sir, also I am getting really familiar with linear circuits, however Thevenin´s and Norton´s with dependant sources confuses me a bit, really looking forward to the next video, could we expect it by the end of the week :P ???

[@ashleyj8285]

+Jesse Mason Great lessons! Would you be interested in helping more students by sharing your videos on VideoClasss.com? Our eLearning community will benefit from your lessons! For more info email me [e-mail], Thanks!

[@TrickyJebus]

+Jesse Mason I...I still don't understand...dammit. Can't you do it without the redraws and just one final draw? As well as just filling in the blanks for Rtotal, Itotal, I1, I2...In and R1, R2...Rn? This would be much easier to understand.

[@ahmedrami7362]

+MRJesse Mason You made inaccurate calculations in physic but your way solves the problem even though my physic teacher will cut marks if i do inaccurate calculations

[@JesseMason]

They're in the Creative Commons. Use 'em on your site!

[@hamzaalaudi1184]

Brother, this video is EXACTLY the video I needed. Thank you. Now I can get through my HW.

[@manjulames6717]

well at 6:15, equivalent resistance is not 86 but 85.7ohm

[@yel8941]

Manjula MES 85,7~86, looks better and easy to work further

[@deanohendfield4771]

Could you tell me how did you work it out to come up with you answer?

[@senpaimeo7793]

if it is two resistances only a faster way to do it is to multiply them over their sum R1xR2/R1+R2

[@Stephen-lt1tp]

Actually it's 35ohms

[@brokenpieces4606]

Ur teching goes well n super... Thnq 4 ur wonderful video

[@johnkl792]

Still can’t understand why 1k persons to dislike that. Well done 💯

[@JesseMason]

It's the dummy resistor step... that should have been a parenthetical comment... I took it too far. Sometimes I take things too far. Like this comment. I should've just thumbs-up'd your comment or said thank you... but I feel like I need to defend my teaching abilities from five years ago. So I make a long-winded reply no one will read deep in the comments section. Phew. Glad I got that out of my system.

[@dingdongbingbongdingdingding]

why do i have the urge to applause?

[@JesseMason]

why do i want to hug you? (i put immense effort into these videos and your kind words mean a lot to me)