This video is awesome ! Better than most educational videos on TH-cam. I am a student and I have finally found the best video explaining Kirchhoff's rules. Thanks :)
I've watched a few videos and Jesse's are just the ones that I understand. Thank you so much! I'm surrounded by academics that have brilliant minds but nevertheless they are not true teachers and I get so lost. Any circuits videos are greatly appreciated.
thank you sir for making this video, you explained the topic very weel (well), your 5 mins. discussion is much better to apprehend than my teacher's 2 hour speech about this topic.
Been watching your videos to refresh for a test i am about to a take. Wow your videos are how I teach, might be a tad long but you dont bounce to the conclusion and show the math good job
Hello from Scotland! Just wanted to say thanks for taking the time to make these videos. They are really nicely made and work wonders for a confused undergrad :D
Tom Bombadil Thanks, Tom! I appreciate the kind words. I was in Edinburgh a few years back for Celtic Connections with my band, Millish. Also got a chance to see Stirling. Very fond memories of the folks and sites in Scotland!
This is a fantastic explanation of how Kirchoff's Laws work in principle. I feel that you could explain a little more into why the conservation of charge is necessary for these laws to work. Other than this little bit of information, it was very easy to follow your work and I very much enjoyed watching your video.
Fantastic videos. If only the online instructors (hell even in person instructors) could put in the same amount of detail and preparation. Online schooling really is the format of the future. The only reason it fails is due to incompetence on the instructor's part, laziness on the students part, or bad content delivery system design. In this day and age the online tools are there, people just don't know how to use/where to find them. Obviously online courses/instruction is not preferred for everyone, but if you put in the work it's completely fine. Less wasted time than in person classes in my opinion.
Hello! I've just found you and listen some of you lessons, and you are amasing, I really understand physics with your help. I wish you good luck and I hope that you will not stop posting videos. I really need you! Greeting from me(Roumania). :D
+Guillermo Viquez I would love to flesh out the whole first year... and maybe I will when I have some more free time. So glad you enjoyed it, Guillermo!
Thank a lot, Jesse! I really like your maner of speaking, and i enjoy i handwritting) Don't stop shoting videos, you are so cool, almost like a Salmon Khan Academy)
just wanted to say thank you for your content and how well you applied kvr mathematically and in a diagram. Im currently in a dc circuit analysis course and my prof is no help whatsoever. mainly his lectures consist of 10 year old powerpoints and his fumbling control of a laser pointer trying and off topic rants that have nothing to do with dc circuits. he's quiet old by the way but nevertheless the videos helped me out very much. i haven't looked yet but if you do not already have a video on potentiometer loading that would be a suggestion for another video.
Great video, sir! Both this and your simple Kirchoff's example were awesome. Have you done any videos on more complex circuits? I looked at your channel, but did not see any that matched the criteria.
Moose Saleh Thanks Moose! I've shot a Thevenin video but haven't gotten to the voice over yet. I do have a Kirchhoff's Rules video solved with linear algebra (and a stand-alone linear algebra video).
@@JesseMasonLike series- parallel, thevenes theorem, superpositions theorem, Transformer, Transistor, capacitor and son topic you can discuss happily with us. Why I am requesting you? Cause your words and techniques are easy to understand. Thank you.
Hi Mr. Mason, first of all thank you for your videos. What I never understood in my class, after watching your videos many of my unanswered questions got answered. I have one thing to ask, can you give example of the rules with little bit complex circuit diagram? Thanks in advance.
Hi!! you have made thee best video ever to explain this section! please do more it helps so so much! Please will you also do complicatedly drawn circuits with resistors in series and parallel, so as just to simplify the drawing so we can tell which resistor is connected in which way and calculations, if there is any way i can contact you to send you a problem please please let me know coz u are soo good at explaining. oh and also your video the one on multi source circuits you say that the direction of current flow in a loop is arbitrary. Doesn't current flow in the path of less resistance first? so in the case of loop B we would have the current flow through the 100 ohm resistor first. so that would mean for loop B we would take anticlockwise as the direction of current flow. would the calculation end up with the same answer?
While using the KVL, the teacher should make it clear that we have to traverse once along the loop, comparing the moving direction and the current direction.
there are two fundamental laws for all the circuit problems, that is ... maxwells 3rd equation and the charge conservation laws 1. maxwells 3rd equation (Curl of E = - dB/dt, it is a partial derivative )is kind of like faraday's law but slightly different due a total time derivative. 2. charge conservation law gives you J dot n = 0 E is not a conservative field when B is present, kirchhoff and all the engineers and their dumb books treat an inductor as a conservative field because the final solution is still the same in most cases. because of this, they started to make million's bogus rules to avoid the failures and issues. Just follow the E- fields and the faraday's law then you might even build or understand the anti-ECM jammers.
can i just say that i've learned more from this 5 minute video than in 5 weeks in my physics class! keep it up jesse :D
This video is awesome ! Better than most educational videos on TH-cam. I am a student and I have finally found the best video explaining Kirchhoff's rules. Thanks :)
Dhairya Patel Thanks so much, Dhairya. That means a lot to me because that was precisely my aim. Best wishes and happy learning from Detroit!
Okay that was freaking awesome. I was just curious about kirchoff and then you delievered the explanation in the most not boring way. Thanks!
Most not boring teacher evahhhhh =)
Never felt so confident with circuits.Thank you so much.God bless you
I've watched a few videos and Jesse's are just the ones that I understand. Thank you so much! I'm surrounded by academics that have brilliant minds but nevertheless they are not true teachers and I get so lost. Any circuits videos are greatly appreciated.
Thanks so much, Brenda! I've got a Thevenin's video in the works...
Jesse, your video was so helpful! You have so much enthusiasm in your voice, which makes the learning process much easier!
i wish you were my physics professor your so neat and organized
Hey Jesse...wishes from India and thanks a lot for this video. You are the BEST teacher ever!!
Only if you knew 7 years later this video would help soo many people every single day.
Jesse Mason, i thank you from the bottom of my heart.
Dawwww... you're welcome, Snarky McSnarkyface.
thank you sir for making this video, you explained the topic very weel (well), your 5 mins. discussion is much better to apprehend than my teacher's 2 hour speech about this topic.
You are the best guy I have ever met.I am so greatful If you don't put this videos I couldn't understand kirchhoff ruled
"Loop Rool" lol thanks for the awesome video to help me for my final exam today!
+Gabby Brock Cheers, Gabby!
Hello Im a 11th class student from india and i find ur videos very very helpful!!!!!!!!! THANK YOU..
Been watching your videos to refresh for a test i am about to a take. Wow your videos are how I teach, might be a tad long but you dont bounce to the conclusion and show the math good job
KR Conventions was just what i was looking for. Thank you sir you are awesome
Waleed Khan Glad you found what you were looking for, Waleed. Good luck with your studies!
Great Video, I will use it in my tutorial class. Thumbs up for sharing your knowledge with the rest of the world.
My textbook sucks, glad i found this explaination a day before my mid exam, Thankyou :D
+Ivan Khu Me too!
Hello from Scotland! Just wanted to say thanks for taking the time to make these videos. They are really nicely made and work wonders for a confused undergrad :D
Tom Bombadil Thanks, Tom! I appreciate the kind words. I was in Edinburgh a few years back for Celtic Connections with my band, Millish. Also got a chance to see Stirling. Very fond memories of the folks and sites in Scotland!
Thanks this is really great and informative! Was very confused when I first attended my analogue lecture,now this has cleared many of my doubts!
Doubt clearance. Glad to hear it, Joanne!
This is helping me so much for the MCAT studies, thank you!
Am I the only one who noticed "loop rool"? :)))
I stole that from my mentoor.
Nope !
Not the only one :D
I just picked u that it was a typo
no its not its a joke
@@JesseMason And I m stealing it from my mentor :)
This is a fantastic explanation of how Kirchoff's Laws work in principle. I feel that you could explain a little more into why the conservation of charge is necessary for these laws to work. Other than this little bit of information, it was very easy to follow your work and I very much enjoyed watching your video.
Thanks Jesse! Hello From Kenya!
Fantastic videos. If only the online instructors (hell even in person instructors) could put in the same amount of detail and preparation. Online schooling really is the format of the future. The only reason it fails is due to incompetence on the instructor's part, laziness on the students part, or bad content delivery system design. In this day and age the online tools are there, people just don't know how to use/where to find them.
Obviously online courses/instruction is not preferred for everyone, but if you put in the work it's completely fine. Less wasted time than in person classes in my opinion.
If the student hasn't learned the teacher hasn't taught.
thank you jess. I appreciate your work.
also I liked the fun voices you put.
I needed it and I found it the day of my major exam.
Hope you aced it, Zizo!
sir Your way Of teaching is is superb..
Adventures in physics Land got me. Awesome Work Mate.
Sir greatly explained..
Love from India🙏🙏
I mean I was struggling so much with the definitions but now it's like stuck in my head and I can't forget wow , thankyou so much 😂❤️
That's what I like to hear, Shambhavi! Cheers from Detroit!!
Thank you ! Very well explained ! Was very useful for my study for my exam ! :-)
+Aaron Michael Thanks, Aaron!
Such a good teacher! I hope I will be success like u in the future!
You are the best plz upload more videos on such topics..Really helpful
I am from india, i liked your video and your way of explanation !!
🤓🤓🤓🤓🤓🤓🤓🤓🤓🤓
Thanks ! Super tutorial ! Fantastic teaching techniques !
I contemplated quitting school before this video. Thank you for saving my life (mom would have killed me 😃). Subscribed by way!
Whoa! Glad to help you over this hurdle, Sipha - best of luck with the rest of your studies! You can do it!!
Jesse Mason Thank you so much!
Hello! I've just found you and listen some of you lessons, and you are amasing, I really understand physics with your help. I wish you good luck and I hope that you will not stop posting videos. I really need you! Greeting from me(Roumania). :D
Glad you like them, Antonia! More videos on the way... =)
This really needs to be expanded. Really enjoyed your circuits video though.
+Guillermo Viquez I would love to flesh out the whole first year... and maybe I will when I have some more free time. So glad you enjoyed it, Guillermo!
Thank a lot, Jesse! I really like your maner of speaking, and i enjoy i handwritting)
Don't stop shoting videos, you are so cool, almost like a Salmon Khan Academy)
Almost as cool as Salmon! Now that's an achievement. =)
Jesse Mason But ur handwriting is better that salman khan 😉
Thanks a lot !
Love from India
You're welcome, NS! Love from Detroit!
your videos are very easy to understand. thanks
Thank you for simple teaching !!! very interesting, rewinded back many times to hear Draaaaap. :)
.
I almost pulled the Beastie Boys reference so I'm glad to hear someone appreciated it!
mmmmm lift
Though fast,very illustrative and useful-Dr.kanagaraj!MD(medicine)India
hello from another part of the globe!!! keep it up man....
LOL Thanks, Tamayo!
Thank you! This is so helpful. I just wished I had found this wonderful video sooner, but anyways, kudos to you, sir! :)
I wish I had found this comment sooner. Cheers from Detroit, Tina! =)
Thank you so much, sir. Your video really helped me.
Thanks, Arya!
شكرا لك على هذا الشرح المميز والمفيد
thanx a lot .. that was soo helpful
Very enjoyable Jesse, learning made fun.
+Ldogg DaDon Thanks a bunch, Ldogg!
I loved it!! Thank you so much! Hi from Brazil~~
+Nitassy Outstanding! Obrigado, Nitassy!!
Hello
The 20 dislikes are probably from people who tried to watch this video on a last-minute basis before their exam and didn't get the concept...
Nice bro...very interesting....
Its helps me a lot!!!
Good job..
Thanks, Shu! Best of luck with your studies.
will you upload a video? teaching "How to apply Kirchhoff's
Voltage law?"
Vey helpful ! Cleared my doubt! Thank you !
Does the junction rule apply to a random point in the circuit? And why does our perspective affect the sign across a resistor? And how?
jesse mason ! thankyou soo much ur awsome ... lookin forward for more !!
Hello from Kenya
thanks a lot
just wanted to say thank you for your content and how well you applied kvr mathematically and in a diagram. Im currently in a dc circuit analysis course and my prof is no help whatsoever. mainly his lectures consist of 10 year old powerpoints and his fumbling control of a laser pointer trying and off topic rants that have nothing to do with dc circuits. he's quiet old by the way but nevertheless the videos helped me out very much. i haven't looked yet but if you do not already have a video on potentiometer loading that would be a suggestion for another video.
This is really helpful :> thankyousomuch!!!
This helped me so much! Thank you!
You're welcome, Miss K!
oh wow you are so helpful.... How come there haven't been enough views?
+Sharingan1997x Thanks, Sharingan. Only Google knows...
I wish you were my coaching's lecturer😣 btw loved your teaching😉
Thank you for helping me tomorrow I have my pre board so thank you
Great video, sir! Both this and your simple Kirchoff's example were awesome. Have you done any videos on more complex circuits? I looked at your channel, but did not see any that matched the criteria.
Moose Saleh Thanks Moose! I've shot a Thevenin video but haven't gotten to the voice over yet. I do have a Kirchhoff's Rules video solved with linear algebra (and a stand-alone linear algebra video).
Great Video Jesse.Thanks a lot
nicely explained.wishes to do lot more
This was helpful. Thank you so much.
You're very welcome. Favour!
This was amazing.. Thanks sooo much!!!! 😃😃😃
in love with your videos
You help me to improve my understanding
thanks man
great study aid.
will advice to friends who need help
this really helped. thank you so much. And yes happy learning. :) :)
Music to my ears!
thanks a lot! it definitely helped me for my test☺
+Karin Oostdijk Great to hear, Karin!
Nice introduction! Greetings from Russia.
Oo oO Spasiba, drook!
Better then books!!! Good job sir!!can we have more Videos on Nodal - Thevenin's theorm and all ?
Hi Gaurav! I've shot a Thevenin's Theorem... just need to do the voice-over. =)
best explaining video....thank you!
Sir can you make video on calculus i like the way you teach.
Hello from my part of the world!🙋🏻♂️🇧🇷
Obrigado, Alexssandro!
Jessen why you not make a series tutorial about electrical theories? I am requesting you to make more videos to help students. Thank you for sharing.
Hi Muhammad. A series tutorial about electrical theories? Can you tell me more? Not sure I understand the request. Cheers from Detroit!
@@JesseMasonLike series- parallel, thevenes theorem, superpositions theorem, Transformer, Transistor, capacitor and son topic you can discuss happily with us. Why I am requesting you? Cause your words and techniques are easy to understand. Thank you.
Yeah:-)happy learning definitely yes after watching this video.awesome video:-)
+Thiagarajan S Thanks, Thiagarajan!
Kirchoff's rules became crystal clear due to these videos.. However I would love to know why you wrote "rool" for "rule"
Srivishnu Rentala Because it's my video and so I get to make the rools. ;) So glad you found it helpful, Srivishnu. Cheers from Detroit!
thanks Jesse
. great explanation...
You're very welcome, Moon!
do you have any diode examples series-parallel combination?
Hi Mr. Mason, first of all thank you for your videos. What I never understood in my class, after watching your videos many of my unanswered questions got answered. I have one thing to ask, can you give example of the rules with little bit complex circuit diagram?
Thanks in advance.
Hey Jesse can you make a video about superposition and Thevenin theory too please with more examples
Thanks I just gotta return back to books and relate more about what you are saying then continue with the videos
Fantastic! Really clear, thanks.
The Truth Cheers, TT.
You're the best , thank you ❤
hi sir...thank you ! good explanation.and one requirement from my side plz solve more problems on kcl and kvl.
+suvarna sunkari Noted - thanks, Suvarna!
I didn’t know this was physics until this video.
Whoa! Glad to bring it back home for you, Miguel. =)
Hi!! you have made thee best video ever to explain this section! please do more it helps so so much! Please will you also do complicatedly drawn circuits with resistors in series and parallel, so as just to simplify the drawing so we can tell which resistor is connected in which way and calculations, if there is any way i can contact you to send you a problem please please let me know coz u are soo good at explaining. oh and also your video the one on multi source circuits you say that the direction of current flow in a loop is arbitrary. Doesn't current flow in the path of less resistance first? so in the case of loop B we would have the current flow through the 100 ohm resistor first. so that would mean for loop B we would take anticlockwise as the direction of current flow. would the calculation end up with the same answer?
Thanks this was very helpful
While using the KVL, the teacher should make it clear that we have to traverse once along the loop, comparing the moving direction and the current direction.
Also, I love that comical point in the videos
there are two fundamental laws for all the circuit problems, that is ... maxwells 3rd equation and the charge conservation laws
1. maxwells 3rd equation (Curl of E = - dB/dt, it is a partial derivative )is kind of like faraday's law but slightly different due a total time derivative.
2. charge conservation law gives you J dot n = 0
E is not a conservative field when B is present, kirchhoff and all the engineers and their dumb books treat an inductor as a conservative field because the final solution is still the same in most cases. because of this, they started to make million's bogus rules to avoid the failures and issues. Just follow the E- fields and the faraday's law then you might even build or understand the anti-ECM jammers.
yea, bump
Does this video have creative commons license? I wish to reuse it.
Yes! Cheers from Detroit, Kit!
simple and understandable :)
pretty cool!!
+jack su That's a fact, Jack!
its very useful 4 me . thanks jesse
So t his is the same thing a Kirchhoff's Voltage Laws and Kirchhoff's Current Law right? just different names?
+Rusty Ray Since they have more fundamental physical underpinnings, I refer to them as "rules". But yeah, they're often referred to as KVL and KCL.
Jesse Mason ok thanks lol
Love from India😇
man you are like the light in my dark room !