Does current decrease as it passes through resistor?

[@Mahesh_Shenoy]

I like to talk about such conceptual stuff, stuff that's ignored by most textbooks, and regarded as 'silly' by most teachers. So if you have fundamental doubts, please comment and I will consider making videos on them!

[@baldmonk171]

Next, physics behind the transformer

[@Isitamazing]

I was also confused about this. I asked many teachers they said don't have to worry too much you will learn in higher classes bla ! Bla! Bla. So I always have to forget my doubt 🥺. I just mug up the concepts. Thank you very much for this video'!

[@vairamanivaitheswaran3676]

Sir iam having doubt that why current is different in parallel connection and how voltage is same in parallel connection please clear this doubt sir

[@aakashgarain]

@@vairamanivaitheswaran3676 watch Khan academy video on equivalent resistor in parallel circuit,you'll get answer to both your doubts

[@princepreet3920]

Thanks bro

[@shawaizhaider3978]

Now I can sleep peacefully.

[@BoxerDogs]

At 3:10 you said, "we have to imagine there are cars EVERYWHERE." That my friend is what made everything click. Amazing explanation. I don't know why people don't just come out and say this. Thank you very much.

[@Mahesh_Shenoy]

Yea, that’s the major misconception!

[@harshad1526]

@@Mahesh_Shenoy sir but at initial time there are no car i mean no electron is front of the first electron when current starts to flow?

[@NiharMishra-dk3is]

@@harshad1526 so at first the current is also more, upon passing through the resistor it reduces

[@tanishkarawat7403]

@@harshad1526 once battery is connected it develops potential diff. B/w the two points. Due to this electric field is created in a certain direction (from higher to lower potential). And we know the free electrons are present everywhere in the wire. So they will go in a particular direction i.e. opposite of the electric field. There is no first electron.the electrons are everywhere in the wire (from start of the wire to the end of wire ) Just u connect a battery they all will go in a particular direction.

[@phoneblaster]

...agreed.

[@ycklsr4445]

Lost hours today trying to grasp this, despite using countless sources. This is beautifully explained. Thank you so much for this from France :-)

[@pradyumathreya2614]

Thank you so much. I had the same doubt but never asked my teachers as I thought they might think its silly....I finally understood what i had missed in my thinking process- we shouldn't consider a single electron.

[@Mahesh_Shenoy]

Yes yes, that’s what I always missed too!

[@knowledge23109]

@@Mahesh_Shenoy Sir i have a doubt.As we know that Electric filed is 3 Dimensional that is why we use spreaded Electric Filed Lines in all direction across Electric Charge.But is Magnetic Field also 3 Dimensional?If it is 3 dimnsional so why we use right hand rule and predict the magnetic field created along a wire in circular direction?If Magnetic field is 3 dimensional then why we not say that magnetic field will be spreaded in all directions rather we say it is circular and thus limiting it to one dimensional? Please Reply or make a video?

[@vivekgupta3692]

​@@knowledge23109 Because magnetic field is angle dependent but electric field doesn't depend on angle.

[@sureshalin]

A doubt that has been haunting me for years .... yet i couldn't find a scientific explanation . But this video cleared all by doubts ....THANK YOU !!!!!!!!

[@electrofixtips]

why does the current stay the same throughout the circuit even though there is resistance in one part? The video explains a common misconception that beginners in circuits have that the current would slow down after passing through a resistor. Finally, thank you for making this video!

[@piyushkumarsingh0694]

I am amazed by this video, really great question presented here about a topic which we think we understand completely. So, the overall summary is that the current decreases due to the resistor, but it happens everywhere in the circuit and not just after the current has passed through the resistor in comparison to it entering it, I think it is analogous to a traffic jam, where if the cars in front slows down the whole traffic behind them gets slower. Thank you for posting such educating content.

[@mridulacharya8250]

Mann!!!was scratching my head for a very long time...just pin point explanation..thanks!!!I won't forge U in my life!!

[@christophertringali1304]

I’ve been so confused by circuits in my engineering classes, this video just made everything click. You are amazing.

[@sakshamgoyal8172]

I had the same doubt and was confused a lot. But he gave a correct explanation with a proper reason. What a good example of cars to explain the flow of electrons. It had made the topic more simpler to understand. Thanks a lot ...

[@tmedev]

Thank you so much. Really appreciate these videos clearing the doubts that my teacher made fun of me for asking. 😁

[@ayushchavan2741]

Oh boy, why you have such low number of likes, You deserve much more. I am in 9th grade and no one in the world thought me this way in those 6 months. I really had the same doubt and it is so beautifully explained.

[@saibhakt1465]

Yes you do deserve much and much more likes with thanks ❤️👍

[@thetooginator153]

Actually, the most important measure is the ratio of likes to views, and this video has 5 percent (right now) which is VERY good! If you look at most videos, the ratio is less than two percent.

[@Armicus334]

How are you doing these days bro? Been 2 years you are in class 11 now

[@ayushchavan2741]

@@Armicus334 🗿🗿🗿 OMFG yes! Preparing for NEET. See me in a medical college after 2 more years.

[@Armicus334]

@@ayushchavan2741 W bro wish you all the best 👍🏻.

[@domainmojo2162]

Think about it this way- current IN A CIRCUIT, moves as fast as the current going through the resistors in the circuit allows. It cannot go faster than that. Great video! I always had problems with this and thought exactly as you, and people did not make sense and I've asked MANY over the years! They don't think that some people see things this way at first.

[@Mahesh_Shenoy]

Absolutely! This would be true even if there was a single electron in the circuit!!

[@MohammadishaqKhan-fb5gl]

Mai es cheez mai 2 salo se confuze tha our ap ni aik mint mai ye confusion hatm kia . Thank you so so so so so so much .

[@robobin]

That was such a brilliant explanation and video! Thank you so much!! A higher resistor slows down the entire loop!

[@amandeepmidhas2909]

Perfect and easiest explanation seen so far on youtube.....hatts off🙏🙏

[@Mahesh_Shenoy]

Wow, good to know that! Thanks!

[@boomslang2681]

Well done, you deserve a Nobel Prize.

[@martinkuliza]

I'd say tha'ts going just A TAD too far

[@naveengupta5588]

Absolutely loved the energy and explanation

[@_Anti_Communist_]

Well explained, I literally though the same as you, that current slows in one part but not in another

[@saibhakt1465]

Superb explanation.... Now it's completely and absolutely clear .... WOW... WHAT AN EXAMPLE YOU HAVE USED TO EXPLAIN IT , HAS JUST MADE EVERYTHING SO CLEAR 👌👌👌👌👌 THANKS 🙏

[@Cyber_Crusaders823]

Thank you so much. I had the same doubt but never asked my teachers as I thought they might think its silly....I finally understood ❤

[@erickcervantes7084]

You literally save me a headache and hours , thank you 😊

[@yashspr]

Thanks a lot for explaining with the correct mental model

[@Mahesh_Shenoy]

You are welcome:)

[@Shihab_92]

You explaination is really awesome sir, Thank you very much 😊

[@terra0803]

Thanks for conceptualizing current with the car analogy, I never thought of it like that but now it makes more sense. Thanks!

[@maulikmodh530]

You just satisfied my curiosity. 😌 Thank you so much! ✨🌟

[@Mahesh_Shenoy]

Amazing to hear that. Thanks, Maulik

[@howdy26]

Thank u. I also thought the same. And yes, I forgot that there are many electrons. You just enlightened me

[@BlueBoyTroy]

Mahesh am a big fan of your physics videos. I am in year 7 and currently doing AP PHYSICS 2 in Khan academy. Simply amazed and at an aww at the ease with which you teach the most difficult topics of physics and make it super engaging and interesting. Big Fan, Troy.

[@subhashmishra4403]

Same doubt came in my mind when I studied about circuit but cleared all my doubts, thanks a lot 😊

[@AryanGupta-ft5mp]

I watched so much videos for this question but i can't understand it anywhere, Only this video made me understand the cot.....Thanks

[@jitteryhands16]

Thank you so very much! In middle school, we learn and the components of a circuit and in highschool, we jump to ohm’s law. My teacher was sort of irritated with the amount of doubts we had, and that most of them couldn’t be answered by a read-through of the textbook. This video explains the same way I was thinking of electricity, in a real-life application sort of way.

[@pasanmadhubhashana9893]

Bro thanks a lot. at first I had a big confusion about this situation. but now I understand what happens .thanks a lot dude .... amazing explanation.

[@Mahesh_Shenoy]

Awesome, I am glad it helped.

[@sushantraj604]

KZbin should have more than 1 like button, I want to like this video as many times I want♥️

[@AletiBhaskar-b8c]

Finally got the correct explanation... Thank you

[@likuteklil1997]

Wonder full explanation. Pleas make video about voltage in series.

[@Mahesh_Shenoy]

Did that. Thanks for the recommendation

[@suvanjanprasai544]

THANKYOU SO SO MUCHHHHH. Your example was wonderful and intitutive.

[@Jee24360]

thankyou so much i always had doubts in circuits what do they actually do and how they really work but never had the courage to ask teachers thought they would make fun of me but thankyou because of you i can learn these concepts deeply THANKYOU!!

[@diaauniyal]

Ohh awesome explanation I knew that the current is the same everywhere in the series connection but still there was some confusion in my mind that why..how...but this explanation clears everything....thank you so much 👍

[@kaveeshasandeepani6105]

Thank you soo much for this video got my doubts clear . Sir please make a video on " How parallel circuit resisters equalant resistance impacts on the whole current in the circuit "

[@ashutosh-kumar]

Thankyou sir, watched it on 11 October 2021, at 01:19 AM to learn both the question and its answer. Sometimes, I doubt, on myself, why I did not ask such simple but mind boggling questions?

[@Mahesh_Shenoy]

I too didn’t, earlier. Don’t stress it!

[@cryingrain4812]

Thank you so much! I've been trying to figure this out for hours!

[@pralay1762]

Awesome explanation. Love your videos 🤩

[@AnnuPriya-jm2fr]

Koti koti naman aapko ... ❤❤❤ Dhanyawad ❤ 🙏🏻👍🏻

[@TheTubejunky]

The water analogy is better used and would help here. This video did explain how many others misunderstand the flow of electrons. (conventional).

[@rahmahosam3295]

Big Thanks to you! , You explain lucidly!🌺

[@Mahesh_Shenoy]

You are welcome :)

[@seapril8161]

Such a eye clearer after watching this video

[@MattEdwards1]

I had the same thought! Thanks for the explanation

[@Mahesh_Shenoy]

You are welcome :)

[@sabarishks6089]

Really wonderful explanation

[@Mahesh_Shenoy]

Thanks, Sabarish! Glad you liked it!

[@diptijethisir2290]

Nice explanation. My doubts got clarified. Regards and good wishes

[@Mahesh_Shenoy]

Glad to hear that

[@CALLDIALGAMING]

YOU ARE GOD FOR ME THROUGH THIS VIDEO😱THANKYOU FOR THIS EXPLANATION❤

[@Mahesh_Shenoy]

Awww. But no, just a friendly neighbourhood teacher!

[@Samriddh_Singh]

Thank god(and you) I found this analogy

[@vincent8368]

What an amazing explanation!

[@PannelaChandrakala]

Thank you soo much sir providing this type of clear and clarity video's and if you have time please make video's on inductor & capacitor.

[@zarcoworld3276]

i cant even tell you u are a real angel for me sirr i love u sir

[@ianho107]

OH MY GOD THQNK YOU SO MUCH THAT MAKES SENSE AND YOU ARE THE BEST EXPLAINER. YOU JUST GOT A NEW SUBSCRIBER AND LIKED THE VIDEO THANK YOUUU SO MUCH

[@Mahesh_Shenoy]

Awwww! Thanks. I made some follow up deep dive videos. Hope you find them useful too!

[@pavanmalnad]

very beautiful explanation💌

[@handelldesulme7900]

This is very well explained.

[@prodigion1]

I feel enlightened

[@TUBE-EDITZ]

Just understood LIKE A WOW ❤

[@Educator_YT]

it was just fascinating . Thankyou very much !!!!

[@BoredGenZee]

Thank you so much, this helps me a lot to understand even more about circuits!, that's a good analogy you have right there

[@pascaledits7219]

Thankss sooo muchhhh I lost sleep thinking about this

[@Mahesh_Shenoy]

Oh wow, I am so glad I could help!

[@pascaledits7219]

@@Mahesh_Shenoy 🙏

[@blanktd]

Hello, after watching your video, here is a question I have: Using this way to explain constant current, would that not mean should we have 2 resistors of same resistance in a circuit, lets say 10 ohms. Wouldn't that mean the maximum resistance is just 10 ohms and that it does not add together (which is wrong) Please and thank you.

[@Musi_012]

Actually it’s a pretty easy answer. I just had to think of it. It’s basically 20 ohms so added up because you have to imagine the current being slowed down 2 times with 10 ohms and so the whole current is slowed down by a total of 20 ohms. Because there is another resistor it just slows it down even more.

[@ChurchillAshuTambe]

Amazing explanation

[@ayushchavan2741]

Please make videos on those fundamentals and help students clear their basics. That's what we want and you would be knowing that.

[@Username-tl6wf]

Great video man. Thanks

[@powerzx]

Yes, current decrease when it passes through a resistor. In simple and short circuits like this the difference is very small. To understand this you need to know that Voltage, Current and Resistance are all "connected together". For current to flow you need voltage (which is a difference of potentials). The longer the conductor, the higher the voltage drop, with long enough conductor (very high resistance) you will have no voltage and no current. That lost energy from conductor is in form of heat and even sound.

[@themarvellous]

I thought I was the only one who never understand it😅🙌, but you made us believed that having doubt is not lack of knowledge, it's just the way of teaching is not here

[@rrameshhrrameshh]

Wow!Wow and wow! what an explanation 🎉🎉❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@Swadkadhamaka]

My headache gone out after this watching, thanks bro

[@Saytome165]

The fact that electrons are everywhere should be taught in schools

[@SahilRallySuperStar]

Great :-) I had the same confusion when I was preparing for exams 20 years ago.

[@Isitamazing]

#Question: Do our electricity bills increase if we just switch on the switch without attaching any device. Because may be the charges are flowing and due to their flowing, heat energy is going to Generate and loss of energy happening???? Sorry for grammar 😅 my English is not too good.

[@justalazyguy.0_0]

No it like leaving a two wire hanging in mid air There is no current flow in circuit or lets say electron Try imagining the above analogy in video if the road is broken car won't go ahead Similarly electron won't go ahead since there is no where ahead

[@kklol07]

@@justalazyguy.0_0 nice!

[@rusenkumar8020]

Amazing explanation 💯👏

[@dibakardebnath3226]

Thank you very much sir 🙏 you clear my big doubt

[@Mahesh_Shenoy]

Awesome to hear that

[@siddharthpandey9329]

3:45 But the voltage is the same everywhere in the circuit so when the electrons come out of the resistor they must get a push or a pull on them which would increase the rate of their propagation increasing the current.

[@إبراهیم_أیاد]

thank you, this is actually a very good explanation.

[@raunakbatra848]

Thank you so much for your amazing explanation, it drenched out all my doubts very easily, thanks bro....

[@Mahesh_Shenoy]

Thanks, Raunak!

[@hipstarchild]

Great video. Now I understand. Thanks !

[@sinbad2597]

Oh my god hell yes I finally understand. That's awesome thanks . Great video

[@ritojyotidebnath2023]

I request you to merge all that type of crucial conceptual videos that are not clarified by teacher's even though we ask them because they tell no reason behind these so make a playlist titled conceptual videos and yes you can divide them chapter wise also that will be more beneficial... Lot of thanks from India.

[@ashutosh-kumar]

Pressed like, exactly at the moment I understood the game i.e. at 3:41.

[@tarunsharma5254]

amazing explanation friend

[@ananyagaming7817]

This type of video...i always wants💗

[@bsquareblackboard4769]

This ...this answer only i want... Thank you

[@-delilahlin-1598]

Thank you! You made it much clearer :)

[@noobyplays7679]

My doubt is no more. Thanks sir

[@vaibhavjayaprakashpawar2917]

Yesterday studying current electricity i also get same question.and i found exactly same answer myself.

[@cassieramsey3280]

It completely makes sense! But could you explain a little bit on why current is different in parallel circuits?

[@musashi939]

It isn't really. You have just two parallel roads one is faster, one is slower. Ok at the junctions the analogy falls apart a bit but if you ignore the j junctions or consider the junction the starting point, it equalizes. Kinda. Sorta. Guess you need to remember a resistance has global influence on both sides. But yeah the analogy gets fuzzy, since the simplified resistance if you calculate it for a parallel circuit is

[@IDK._X]

is this true under rules like Heisenberg principle, electron superposition , idk maybe more I haven't studied much. Sir i am your big fan , u gave soo much motivation in physics. Sir u taught me how to actually understand physics rather than just blindly believing books. Thanks sir, i hope u answer my question.

[@side5029]

2:26, but there IS a positive terminal pulling the electron at the same force, right?

[@natiadonay2104]

thank you so much sir you are life savior (my teacher was unable to explain it (no shame!😃😃))

[@MohammadishaqKhan-fb5gl]

Sir mari dua hy ap hameesha hush raho

[@theawesomeintellect2986]

Thank you so much ...... I had so much doubt over here....

[@velkrish_eavk2417]

you are the saviour !!!! thx

[@ExceptionalCreativity]

perfect explanation

[@edipocdf]

I finally undertood this, tks a lot for this.

[@Riturajdas-e9g]

Thanks a lot , it is really very helpful ❤❤❤

[@YoyololHehe]

bro solved my 3 year doubt which my teacher coudnt explain🤯