I have watched physics wallah, aman dhattarwal, byju's, vedantu but you understood the concept perfectly to me. Thank you for bringing my confidence back.
I always get lost when they (Physicswallah, Aman dhattarwal etc) explain such topics but videos such as Khan academy's makes it so easy. Maybe because of the illustrations?
Without a battery, we assume that the number of electrons going the right side of any cross-section is equal to the number of electrons flowing towards the left. But when the battery is applied, it applies a force on the electron (potential difference) which drifts them towards the positive terminal.
If there is higher potential in one side of circuit .. will the drift velocity will change ?? 2. Velocity of electron flow does it depend on velocity of current ?? .3. If due to the higher potential difference of battery the circuit get heated then velocity of electron will decrease or not if yes then current should be decrease right????
@@rupalichaudhury103 1.yes it will change as I increase , due to V=IR,where r is constant in wire,V increase I increase,I is charge flow per unit time,as charge flow increased implies drift velocity also increased!
@@rupalichaudhury103 sorry i think in 3. you are correct as more V means more Current so more electron will bump causing more heating so it maybe possible that current slow down See resistance increase with temperature so mathematically speaking current will slow down thanks for reading this was nice question
This is literally one of the most important videos I'll probably watch in my life. Finally understood how actually electricity works. I was watching Veritasium's video but this one was the one that clicked on me. Thank you so much.
*_Summary Of The Video :-_* *Thermal Motion* - * Without a battery the electrons in a conductor are not in the rest but they are moving in random direction with a high Speed. * The random motion of electron caused due to the temperature, that is why it is called *Thermal Motion* *Drift Motion -* * In the presence of battery the electrons in a Conductor start drifting with a constant velocity called *Drift Velocity* . *Remember* - * Thermal motion of electrons do not causes any current. * Drift Motion Of Electrons Causes Current In the Conductor.
Hi, I am from Peru, you are such a good explainer. I am physicist, unemployed now, and you are inspiring me of making videos to teach physics in youtube, but I dont know what app do you use to do it. Thanks
@@electrowizard2658 ya India totally needs these wizards?(physicst teachers) who can explain in very ease and so muchh craze so that students don't havre to go to different coachings...
Hello sir, this explaination is awesome. I am a hindi medium student but I can easily understand your videos 🎉 thank you so much, these videos are very useful for us
Wait no.. when electric field is increased, then drift velocity also increases... we use a battery with more energy and as a result the acceleration increases and thermal velocity remains same so..drift velocity increases.. ig
@@rajeshramalingam5504 The electrons start moving at the drift velocity as soon as the electric field applies a force to them. The electric field propagates close to the speed of light so all the electrons start moving almost at the same time
Because there are electrons everywhere...even really close to the bulb which reach to it instantly...You don't need to send them from battery or from thousand miles away
how do we know the difference between positive and negative charge how do we define it ? who found out that there are 2 types of charges ? how do we came to know that the valence electrons are not stable without a battery ? if they are not stable why doesnt the shape of the conductor change or disintegrate ? ( without applying charge) how did we arrive to this conclusion that electron drift is at a constant velocity ? how can we increase it ?
you previously said in the video that, electrons move due to the force of the electric field, and due to this force the electrons move faster in 100km/s but they collide with atoms or ions, etc, and makes them vibrate which causes thermal velocity, so due to field we can say that thermal velocity is due to field, but you said it will remain same,? why
Absolutely right, and as they do that, the conductor cools down, ever so slightly, below the surrounding temperature. So heat quickly flows in from the surroundnig and the electrons gain the energy back.
![Lp. Сердце Вселенной #60 РОЖДЕНИЕ ЛОЛОЛОШКИ [Финал] • Майнкрафт](http://i.ytimg.com/vi/YoR0pAV9FVQ/mqdefault.jpg)
Finally found my Dream Teacher❤
He finally asked the right question
Love u 😘
Love u 😘
@@i_know-you ??
Everything is good about the video except his fake accent.
I have watched physics wallah, aman dhattarwal, byju's, vedantu but you understood the concept perfectly to me.
Thank you for bringing my confidence back.
I always get lost when they (Physicswallah, Aman dhattarwal etc) explain such topics but videos such as Khan academy's makes it so easy. Maybe because of the illustrations?
@@experitusFPS everything's just better in these vids
The topic is such a mess that even great teachers can't explain 😂
@@pankajchaudhary2644 truee ..
R.I.P English
Everyday I eagerly waiting for your videos 👍
Finally - I found it ! What a superb explanation. Thank you.
Without a battery, we assume that the number of electrons going the right side of any cross-section is equal to the number of electrons flowing towards the left. But when the battery is applied, it applies a force on the electron (potential difference) which drifts them towards the positive terminal.
If there is higher potential in one side of circuit .. will the drift velocity will change ?? 2. Velocity of electron flow does it depend on velocity of current ?? .3. If due to the higher potential difference of battery the circuit get heated then velocity of electron will decrease or not if yes then current should be decrease right????
@@rupalichaudhury103 1.yes it will change as I increase , due to V=IR,where r is constant in wire,V increase I increase,I is charge flow per unit time,as charge flow increased implies drift velocity also increased!
@@rupalichaudhury103 3.V=IR, more potential means more current it,heat depend on R not V ,
that is more V won't mean more heat
@@vivekbarjod6815 thanks 😊
@@rupalichaudhury103 sorry i think in 3. you are correct
as more V means more Current so more electron will bump causing more heating so it maybe possible that current slow down
See resistance increase with temperature
so mathematically speaking current will slow down
thanks for reading
this was nice question
This is literally one of the most important videos I'll probably watch in my life. Finally understood how actually electricity works. I was watching Veritasium's video but this one was the one that clicked on me. Thank you so much.
நன்றி தல♥️♥️
Extraordinary explaination with simple words and practical thinking.👍
a perfect video..to clear your concept..this certainly is the best channel
your lecture really helped alot.. thank you so much
*_Summary Of The Video :-_*
*Thermal Motion* -
* Without a battery the electrons in a conductor are not in the rest but they are moving in random direction with a high Speed.
* The random motion of electron caused due to the temperature, that is why it is called *Thermal Motion*
*Drift Motion -*
* In the presence of battery the electrons in a Conductor start drifting with a constant velocity called *Drift Velocity* .
*Remember* -
* Thermal motion of electrons do not causes any current.
* Drift Motion Of Electrons Causes Current In the Conductor.
Hi, I am from Peru, you are such a good explainer. I am physicist, unemployed now, and you are inspiring me of making videos to teach physics in youtube, but I dont know what app do you use to do it. Thanks
Good luck sir🌟🌟
please come to india if u can teach us
@@electrowizard2658 ya India totally needs these wizards?(physicst teachers) who can explain in very ease and so muchh craze so that students don't havre to go to different coachings...
He teaches pretty well I understood it so clearly tq sir
this is a perfect explanation! thank you
No words for this lacture 🥺❤️
Thankyou you sir🌼💗
I'm surprised,the lecture is so simple easy and very understandable ❤️❤️
I found my teacher finally.. Love u lot thano
Amazing... truly amazing..don't have words..🤐
I had to comment this. This man is the best in the whole team. He is even better than Sal
Greatly explained 👏
Really it is the best explanation video of drift velocity, thankyou very much sir 🙏🙏
Awesome Video, Thank You !!!
Edu Point has explained drift velocity of free electrons inside the external circuit well like you. Thanks from Bangladesh.
Best video I ever seen 😍
Too good. Way to go
I finally get it!!!! Thanks for the video❤
Khans academy and edupoint are best channels
Wooooo I love this part a lot 😄😄😄so plese teach in English more
Pls don't ever stop making videos ....😊🤗🤗
It's amazing and unimaginable for me
❤❤
First time understood it 😮
👏👏👏👏 *പൊളി സാനം*
Your anime and your communications are top notch
lovely i found this video as an most effective as well as easy understandable logics to the student in this whole youtube..❤❤❤❤❤ 😊😊😊😊
Yo nice explanation!
Excellent explanation sir
By seeing this video i understood drift velocity easily
Tq sooo much sir u explain vry Well in Easy elgish so that we can understand it bettr tqs sooo much sir ..i understood d topic
Thank you for sharing
what a god level explainer
Osm blossom👍👍😌contentment 😋
What an explanation...grt❤️
Khan academy is really good
East or West
Khan academy is the only very very best
Hello sir, this explaination is awesome. I am a hindi medium student but I can easily understand your videos 🎉 thank you so much, these videos are very useful for us
Thankyouuuu soo much sirr u are amazinggggggg❤
Finally satisfied with this topic.....
Excellent .
3 years...3 years i have been wondering what it was and now i got it
Pls keep uploading videos ❤
ABSOLUTELY AMAZING
Great Video💗💗💗
Whats a kind of Explanations 👊👊👊👏👏👏
this video was good
Now superconductor finally make sense. No applied electric field energy wasted on counteracting thermal motion at absolute zero temperature.
Wow just amazing up until i could not visualise as to what is exactly happening
nice sir😍🥰🥰🔥🔥🔥
The most relivent channel
Bestest ❤️..loved the way of explaination
Khan i love u❤
Thanks sir
Sir on correction. When you increase the electric field then drift velocity will decrease. Only that one sir... .. I understood your teaching
Wait no.. when electric field is increased, then drift velocity also increases... we use a battery with more energy and as a result the acceleration increases and thermal velocity remains same so..drift velocity increases.. ig
This is teaching. Hattsoff
I love Khan academy. ❤️❤️❤️❤️❤️♥️💌💌
Decrease in relaxation time, due to increase in the temperature will definitely reduce the drift velocity. 🙏🏻
Thank you sir🙏
Amazing... Nd amazing
Thanks sir you are the best teacher❤
Bhai aap india ke ho aur angrazo wali english bol lete ho op bro
Thank you so much 🥰
How do you increase the temperature in the circuit? Btw, Awesome Explanation!!!
I loved it
Alakh Pandey is also well. Thanks from Bangladesh.
thank you
Excellent
sir you are awesome
Very good sir
Interesting ❤️
AWESOME VIDEO
nice study point
8:34 Sir, drift velocity of electrons is very slow. But how current conduction happens at a instant? Clarify the difference
The battery produces an electric field that applies the same force to all electrons almost instantly
Ok, then Are fields of electrons only passed ?
Without actual movement of particles
@@rajeshramalingam5504 The electrons start moving at the drift velocity as soon as the electric field applies a force to them. The electric field propagates close to the speed of light so all the electrons start moving almost at the same time
There is trillion of electrons which are accelerated at the same time
What do you mean by work energy per coulomb. Are the electrons pressed harder, or heated up, or whatever reason?
Thanks for video. In other words, the flow velocity of electrons through the cable is determined by the potential difference, right?
Thank you, sir, you are great.
If the different velocity is so slow, then how does the bulb glow the second you turn the switch on?
Because there are electrons everywhere...even really close to the bulb which reach to it instantly...You don't need to send them from battery or from thousand miles away
@@HARSHYADAV-jv2ln and Mihika, it can also be explained as electric field takes place with the speed of light i.e when electrons drift
@@HARSHYADAV-jv2ln Surely it is the electro magnetic fields that are moving in the circuit; the electrons enable the flow of this charge!
Poynting vector
Impulse is the answer
how do we know the difference between positive and negative charge how do we define it ? who found out that there are 2 types of charges ? how do we came to know that the valence electrons are not stable without a battery ? if they are not stable why doesnt the shape of the conductor change or disintegrate ? ( without applying charge) how did we arrive to this conclusion that electron drift is at a constant velocity ? how can we increase it ?
you previously said in the video that, electrons move due to the force of the electric field, and due to this force the electrons move faster in 100km/s but they collide with atoms or ions, etc, and makes them vibrate which causes thermal velocity, so due to field we can say that thermal velocity is due to field, but you said it will remain same,? why
If without a potential difference too, the electrons are colliding with the protons, then isn't the electrons likely to be loosing energy?
Absolutely right, and as they do that, the conductor cools down, ever so slightly, below the surrounding temperature. So heat quickly flows in from the surroundnig and the electrons gain the energy back.
@@KhanAcademyIndiaEnglish oook. Coool.. Thanks dude for explaining.
Is there any heat generating during thermal motion, beacuse of the collision take placing?
He has his own channel called float head physics
Excellently explained! Thanks for this.
when will the videos be on khan academy website?
Already available
YOU ARE GOD BRUH... I DIDNT KNEW THAT SOMEONE CAN EXPLAIN DRIFT VELOCITY TO EASILY
Nice
Make a video on the conventional flow of current pls
Insane
Sir, my que. Is- if drift velocity is very low, why do we get current instantly?
Day by day he gazed upon her.
Day by day he gazed upon her.
Wow
Surely it is the electro magnetic fields that are moving in the circuit; the electrons enable the flow of this charge!