came here looking for this specific video but I can't wait to watch your videos on other physics topics! Best explanations I've come across so far!! :)
More profs need to explain why they carry out certain calculations and what assumptions they make. This helps us understand how to solve problems. You are one of the few that do this.
Finally somebody explains it in terms of Potential gain and Potential decrease. I especially like how you elaborated that the reason for the convention for the resistor was energy loss.
I'm a first year Sound and Communications Tech/Installer Apprentice. I was having no luck understanding the textbook explanation of Kirchhoff's Law, but after watching your 4 videos once, it began to make sense. I let my Apprentice Brothers and Sisters know about your channel. I know they will get as much out of this as I have.
You did an amazing job of explaining this. THANK YOU SO MUCH! I just spent 5 hours trying to figure this out for a test tomorrow and you are are the only person who could make me understand this clearly!
Thank you. I was a first term second semester drop out from Tech school due to financial issues. I am trying to learn it on my own now. You are a big help and I thank you again.
Thanks a lot!!! I have my exam in two months and i missed this lesson in class...screwd up all my sums and messed it up becouse i didnt use sign convention for the batteries....PLEASE KEEP THIS GOING!!!!🔥❤
I had a hard time understanding Kirchhoff's junction and loop rules until now. You have explained this subject very very well that I now can work problems like this much much easier, thank you for taking the time to make this video, I will watch the next video now.....
Very helpful video. You explained what two other videos on UA-cam didn't. I knew this was easy, had it long ago, like 30 years ago. It's coming back! Thank you tremendously. I've signed up. Looking to rehash Electronics!
step by step for sure.... a huge thank you to the tutors that designed this explanatory video.. I've understood the concept easily thanks to this...God bless you guys
You are a great instructor!!! Thank u for helping. Can u give us a lesson on actual things like a toaster. How does what u teach can be applied to real things like a toaster, hair blower, small bulbs etc
You did a great job well done. I suggest you to make more explanations on some other intricated concepts along side with their problems because you have a perfect understanding of what a student really needs from lectures. Thank you.
Thank you so much for this video! With so much freedom to choose the setup, this video makes it clear what the rules and implications are for the choices you make. This made so much sense. Again, thanks!
Everything I needed to know about Kirchhoff's Rule could be fit onto 1 A4 page (with space). Thank you for making this concept so easy and manageable to understand. Looking forward to your other videos! :)
Best explanation. My only question is, why is the voltage drop across the resistor negative when the current flowing through the resistor or load is going in the same direction as the current in the loop.
@@stepbystepscience I get that but whether it flows from left or right it still flows through the resistor. Unlike the cell or battery when the loop flows from a negative terminal to positive terminal we denote a positive gain in potential.
Seriously you're the best who explain this Kirchoff's law in youtube very clearly and so good so smooth so smart, you deserve my thumbs up bro hope you upload more in engineering subjects Especially in electronics communication engr. Hehehehe
came here looking for this specific video but I can't wait to watch your videos on other physics topics! Best explanations I've come across so far!! :)
Thanks for the great comment, I appreciate you taking the time.
Thank you from the bottom of my heart. Sir, you are very nice. I can feel the passion when you were explaining this interesting subject.
Great comment, thanks for saying so!
Physics final in t-3 hours and i put this off until just now. I am responsible and in control of my life.
More profs need to explain why they carry out certain calculations and what assumptions they make. This helps us understand how to solve problems. You are one of the few that do this.
I agree completely, textbooks need to do the same, thanks for commenting.
This guy needs a Nobel price I literally aced my university physics 2 exams by just watching vedios on this channel. simple and clear explanation.
I think it is Nobel prize season. Maybe I will get a call from Alfred later this week. Thanks for the nice positive comment.
Best explanation I've ever heard of Kirchohoff's rules
.
Very nice of you to say, thanks.
my physics teacher's explanation was nowhere close to as clear as this. thank you!
Great to hear! You're very welcome.
Finally got a clear explanation before solving a problem.
Glad to hear that, thanks for the comment.
Finally somebody explains it in terms of Potential gain and Potential decrease. I especially like how you elaborated that the reason for the convention for the resistor was energy loss.
Glad you found it helpful.
i think you're the only person i've seen explain that currents are assigned based on branches, thank you so much!!
most welcome!
I'm a first year Sound and Communications Tech/Installer Apprentice. I was having no luck understanding the textbook explanation of Kirchhoff's Law, but after watching your 4 videos once, it began to make sense. I let my Apprentice Brothers and Sisters know about your channel. I know they will get as much out of this as I have.
Thanks for spreading the word about my videos. I'm glad they were helpful to you. Good luck with your studies!
You did an amazing job of explaining this. THANK YOU SO MUCH! I just spent 5 hours trying to figure this out for a test tomorrow and you are are the only person who could make me understand this clearly!
You are very welcome and thanks for commenting. Hope the test went or goes well.
Very nice video. I "recovered" you recently and I am sorry that you stopped teaching. You are excellent.
Thanks for the comment...I am still making videos! I have not stopped teaching!
1. I left a thumbs up.
2. Great video! (positive comment)
3. Subscribed!
I really do appreciate the video! You do a great job!
Thanks for all three...You can see a listing of all my videos at www.stepbystepscience.com
It's so great some people were gifted with teaching. It is my best physics class
Glad to hear that, thanks!
Now I don't have to worry about it anymore. Thank you!!!
Glad to hear it. You're very welcome!
Finally starting to understand Kirchhoff's Rules, thank you for the simple but rich explanation.
You're very welcome! Glad it was helpful.
Thank you. I was a first term second semester drop out from Tech school due to financial issues. I am trying to learn it on my own now. You are a big help and I thank you again.
You are very welcome. 'Hope everything works out.
Thanks a lot!!! I have my exam in two months and i missed this lesson in class...screwd up all my sums and messed it up becouse i didnt use sign convention for the batteries....PLEASE KEEP THIS GOING!!!!🔥❤
Thanks for the comment, hope the exam goes well.
Well explained... I always had difficulties until I watched this video
That's great to hear, thanks for your comment.
Thank you for this great channel, you simplify my textbook greatly. Can't wait to watch other videos of yours!
Happy to hear that you like my channel. thanks for the comment!
The absolute best series on Kirchhoff's rules I've see. beautiful
Thanks for the great comment. You can also see a listing of all my videos by topic at www.stepbystepscience.com
I'm glad you were comprehensive with this video, a lot of videos tend to leave a huge portion out.
this is the first video where i have actually understood and feel less anxious for my test. thank you so much!
You're very welcome. Best wishes for the test.
first KCL video i watched and could actually understand. Thanks so much
Great to hear, you're very welcome!
The Force is strong in this one! Thank you very much for amazingly easy to understand and professional video. You sir, are a master👍😁
You are very welcome.
Helped alot!!! Current physics professor is super impatient and rushes through lectures...Very appreciative for this video!!
UA-cam is good for when that is a problem. You can see a complete listing of my videos at www.stepbystepscience.com.
I really had problems with Kirchhoff's rules but this video has helped me and i am now able to solve questions, thank you very much.
You are very welcome and thanks for taking the time to comment.
A light just came on. Thank you for your simply explained video.
Awesome. You can see a listing of all my videos at my website, www.stepbystepscience.com
your circuits series has easily the best explaination videos i've ever seen on youtube
That is very nice of you to say.
You are very good... THANK YOU SO MUCH. ALL YHE WAY FROM SOUTH AFRICA 🇿🇦
You are very welcome
I had a hard time understanding Kirchhoff's junction and loop rules until now. You have explained this subject very very well that I now can work problems like this much much easier, thank you for taking the time to make this video, I will watch the next video now.....
You are very welcome, thanks for taking the time to write such a nice long comment.
why are all the best teachers on youtube omg
The way he just simplified a 2 hour lecture into 11 minutes.. genius... thank u so much sir
Glad it helped and thanks for the comment.
YOUR ENGLISH IS PERFECT! were you ever in the USA? i hear Germans learned to speak our language thank you for that!
I'm from San Francisco!
Thanks for the explanation. I understand better now. Hope I will make it to my exam on Tuesday 👏
Good luck! You can do it!
superb , very clear pronunciations ( very important ) which is acting as a catalyst to your well explanation lesson , great
Glad you liked it!
Learning a semester's worth of physics in a week with this guy! CLutch time, lets goooooo!
You can do it! Hope the videos helped.
sir you are a literal Godsend....you have no idea
Thank you so much and best wishes to you
@@stepbystepscience can you plz do a video on collisions in 2 dimension
This is better than other tuts I search on yt. Thank you so much sir and more tutorials
You are most welcome, best wishes to you!
Thank you so much
Without your explanations i would be very lost!
I am very happy that found the video helpful.
This guy did an excellent job explaining this law!!!
Thanks for the nice positive comment.
Man thank you so much! You definitly deserve a nice comment and more
and that is what you gave me...thanks!
You are officially my new Physics professor for the rest of my college career
John Mendieta Awesome!
Thank you!! This really cleared up alot of confusion I was having working through these problems.
Great and thanks for the comment, tried to go over everything step by step.
I've searched everywhere for a concrete explanation of these sign conventions!! Thanks
Your are very welcome.
One of the / the best video for teaching Kirchhoff's law out there
Nice of you to say so
I’ve really been struggling on this chapter in physics and this has helped me so much! Thank you for your help! :)
Happy to help! You're very welcome.
Methodical and succinct explanation with minimal jargon. Highly recommend
I just try to get right to the point. Thanks for the comment.
this video cleared up a very confusing university lecture i just had during summer school!!! thank you sir!!!!!
Yes it can be very confusing. Thanks for watching, commenting and subscribing.
Thanks for a clear and concise explanation!
You're welcome!
Awesome Video! It's literally midnight and I have a midterm covering this tomorrow and I was totally in the dark. THank you!
Hope the midterm went well. You can a listing of all my videos from my website at www.stepbystepscience.com
Love the simplicity of your explanations..very clear
Thank you so much 🙂
Thank you for explaining the first three steps and then apply the law. It made sense to me. I just hope I don't lose it on the next videos.
You give an excellent explanation and made something I found difficult quit easy. You rock!👍
Great to hear, thanks!
REALLY CLEAR AND SIMPLE . THANKS
Everything step by step.....
Excellent breakdown of Kirchhoff Laws. Thank you very much.
So glad it was helpful! You're very welcome.
this was a much better explanation then the one I found in the book I am currently reading
Thanks for letting me know. You can see a listing of all my videos at www.stepbystepscience.com
Very helpful video. You explained what two other videos on UA-cam didn't. I knew this was easy, had it long ago, like 30 years ago. It's coming back! Thank you tremendously. I've signed up. Looking to rehash Electronics!
Awesome, thanks for watching and commenting.
thank you so much for clarifying this i really do appreciate all the effort you put forth into simplifying it all in 5 steps
You're very welcome and thanks for the positive comment.
step by step for sure....
a huge thank you to the tutors that designed this explanatory video..
I've understood the concept easily thanks to this...God bless you guys
You have gained a new follower. Thanks for this. My professor doesnt taught us this way :(
Happy to help, thanks for following!
You are a great instructor!!! Thank u for helping. Can u give us a lesson on actual things like a toaster. How does what u teach can be applied to real things like a toaster, hair blower, small bulbs etc
Thanks for the positive comment. How about this video:
ua-cam.com/video/nnsl-lIihdM/v-deo.html
Amazing tutorial.
Just what I wanted.
Texting from Cameroon
Thanks very much, and greetings from Berlin.
Thank you so much for this explanation, it helped me a lot to understand Kirchhofs rule by how you broke down the meanings
You're very welcome!
Thank you so much, I didn't quite understand how my prof broke it down in lecture and this made is SOOO much easier, I finally understand Kircchoff!
best teacher ever !
very nice of you to say.
Thanks For Putting This Together!
Just for you and you are very welcome!
This video is extremely helpful and has a very high POTENTIAL
Lol
I get it! Thanks for the comment.
Thank's man, I have to study for a midterm and I couldn't get the rules right. lol..I got them thanks to you
Hope the midterm goes well.. you can also see a listing of all my videos by topic at www.stepbystepscience.com
You did a great job well done. I suggest you to make more explanations on some other intricated concepts along side with their problems because you have a perfect understanding of what a student really needs from lectures. Thank you.
Thank you, good suggestion!
This is very well done, it takes baby steps and is thorough in its explanation. Thank you so much!
I try to over everything step by step. In fact you can see a listing of all my videos at www.stepbystepscience.com
Easy, fast and VERY clear explanation. Thank you so much it helped a lot !
Great to hear!
Thank you SOOO much!! This was exactly what I was looking for, concise and to the point. Brilliant explanation, thanks again!
THANK YOU, you explain so so well
You're very welcome!
Very clearly walked through. ty
Thanks for letting me know. You can see a listing of all my videos at www.stepbystepscience.com.
Thanks for imparting your knowledge in circuits...👏👍
It's my pleasure!
I was forced to watch this for class, but I found it rather interesting and very informative. Thank you!
You are very welcome, thanks for watching (even though you had to) and commenting.
thanks very much. Explanation is clean and simple. Can't wait to do physics test on Kirchhoff's law. 💪
Glad it was helpful!
Thank you so much for this video! With so much freedom to choose the setup, this video makes it clear what the rules and implications are for the choices you make. This made so much sense. Again, thanks!
It can be a little confusing until you get it figured out. You can see a complete listing of my videos at www.stepbystepscience.com
I wish if you were my college professor. Thank you so much for the wonderful job you are doing to help students like me. Again thank you!
Thank you very much for the very nice comment.
Talked me cleanly through the jargons.very nice and thanks to you
Easy to understand👏🏽well explained
Thanks, glad you think so!
Very easy to understand. Keep up the good work
You are very welcome, thanks of the words or encouragement.
Thank YOU so much step-by-step Science very informative, great help me for as a Technologist.
Glad it was helpful!
Thank you very much for the clear explanation!
You are very welcome, thanks for the comment.
Thank you ssooooo much. No other UA-camr emphasized on details as you did. Extremely helpful video. Thank you.
Very nice of you to say. I try to go over everything step by step, You can a listing of all my videos from my website at www.stepbystepscience.com
Moin Malik
This Awesome presentation is complete in itself. This is good enough to understand the Kirchhoff rules in totality.
Moin, moin...und danke for the comment.
Brushed up my memory after nearly forty five years. Goodbye. Thanks a lot
You're welcome and best wishes
thanks for a patience and clear explanation, Mr.
Thank you for the comment. You can see a listing of all my videos a my website, www.stepbystepscience.com
Everything I needed to know about Kirchhoff's Rule could be fit onto 1 A4 page (with space). Thank you for making this concept so easy and manageable to understand. Looking forward to your other videos! :)
Glad it was helpful!
It is an excellent explination for the rule, but seeing the examples and the way of solution is really important.
👍THANKS👍
Watched this when I took physics2 and now I'm revising because I'm taking circuit theory. Thank you doc
No problem, thanks for commenting.
Best explanation. My only question is, why is the voltage drop across the resistor negative when the current flowing through the resistor or load is going in the same direction as the current in the loop.
When the current flows through the resistor there is a decrease in energy.
@@stepbystepscience I get that but whether it flows from left or right it still flows through the resistor. Unlike the cell or battery when the loop flows from a negative terminal to positive terminal we denote a positive gain in potential.
thank you i real understand more than i ever tried in another videos
You're welcome and thanks for letting me know.
Best ever explanation Sir really love it
Thank you very much!
Seriously you're the best who explain this Kirchoff's law in youtube very clearly and so good so smooth so smart, you deserve my thumbs up bro hope you upload more in engineering subjects Especially in electronics communication engr. Hehehehe
Thanks, You can see a listing of all my videos at my website, www.stepbystepscience.com
I'm struggling with this but your video is nice and easy to understand. Thank you!
No problem, glad that you found the video helpful.
Super well explained sir, thank you.
So nice of you, you're welcome
This explanation was excellent!
Thanks so much, appreciate the comment.