Thank you so much for this video! This was way better than any of my school resources online. Simple explanations, easy to understand and most importantly the visuals were extremely helpful!!! Thank you
Left hand rule is used to find the direction of force in a current carrying straight conductor whereas Right hand rule is used in magnetic induction i.e to find the direction of the induced current
Fleming's left-hand rule is used for electric motors, while Fleming's right-hand rule is used for electric generators. ... In an electric motor, the electric current and magnetic field exist (which are the causes), and they lead to the force that creates the motion (which is the effect), and so the left-hand rule is used.
Sir it was an amazing explanation. May I know how do you make these simulations and what digital board app do you use to teach? I am recently appointed as a Physics Lecturer in govt school and i always appreciate learning physics through simulations and experiments. Thnks in advance❤
Great explanation. I am a bit confused about the indicated direction of induced current, which rule you are using to find the direction of the current. Thanks
@mrk-2 When you push a wire through a magnetic field, the wire will want to resist that action. Thus there will come a current with its own magnetic field that will create a force that is trying to resist your push. If you push down, the wire will want to create a current with a magnetic field in such a way that it creates a force pushing up against you pushing down.
thank you. nicely done. it is baffling why physics classes are stuck in a time warp using conventional current flow more than a hundred years after electrons were discovered.
He discussed electric induced current over here therefore try (complete hand rule) with left hand, don't use Fleming left hand rule so it will be clear to you
u know why B is used? It is because of a scientist known as biotsavart who found out the magnetic field intensity formula to calculate it. It goes like B= µ0.I/ 2.pi.r µ0= 4.pi.10^-7 for straight current carrying conductors [C.C.C]
B is magnetic induction or magnetic intensity here it came by the rule of electromagnetic induction so biosavrot law is not used here .... it's is other application
Bizarre. My textbook says that for the right hand rule regarding the motor principle, the thumb refers to current direction, the fingers refer to the magnetic field direction, and the palm refers to the force direction.
Can I like this video twice? Nothing beats simplicity. Thanks guys 😊
Thank you so much for this video! This was way better than any of my school resources online. Simple explanations, easy to understand and most importantly the visuals were extremely helpful!!! Thank you
Are you from America is American syllabus tougher than indian syllabus or is it same as what indians study
@@Human-sf5ri I’m not from America
@@kelsie9912 than where are you from i want to know about other countries syllabus
@@Human-sf5ri I can’t say if it’s tougher here compared to America as I have never studied in India or America.. so there’s no way to compare.
@@kelsie9912 where are you from
This explanation is far better than what my school teacher explained ❤
Great explanation . Love from 🇱🇰 sri lanaka
Thank you soooo much. You're illustrations help a lot
content is clear and awesome thank you so much for sharing ur valuable knowledge ❤❤❤
2:23 That dedicate the hard work he does before the videos. Great Explanation!! :)
this one is the best visual explanation on yt
Best explanatiom on TH-cam Thank You Very Much 😊😊
Subscribers should reach 10 million..that worth it
YOUVE SAVED MY LIFE THANK YOU
very clear visuals this was super easy to understand thank you so mcuh
Wow what an understandable explanation from khan academy.
Excellent explanation sir 🤗🤗
How do you know when you need to use Fleming's Right hand rule or the Fleming's Left hand rule?
Left hand rule is used to find the direction of force in a current carrying straight conductor whereas Right hand rule is used in magnetic induction i.e to find the direction of the induced current
Niriha P oh ok thankss
@@nirihap3139 thank u
Fleming's left-hand rule is used for electric motors, while Fleming's right-hand rule is used for electric generators. ... In an electric motor, the electric current and magnetic field exist (which are the causes), and they lead to the force that creates the motion (which is the effect), and so the left-hand rule is used.
Use the left hand rule when it’s a motor
And use the right hand rule when it’s a generator
Very helpful explanation thank you!
good video straight to the point
Great class
Thank you so much. It helped A lot😊
Thank you so much you save my day God bless you.
After 8 years, back to physics.... remembered old school classes
Malayali 😁💪
Good job 👍
Fantastic...
Yes❤
Sweet
Best Explanation
Awsm explaination sir
Thanks a lot of you🙏
Very underated
It helped me a lot
I'm a teacher learning this video ❤❤❤❤
S.I unit of magnetic field is Tesla.Maxwell gave symbol B to magnetic field in his book " A treatise on electricity and magnetism "3:44
Sir it was an amazing explanation. May I know how do you make these simulations and what digital board app do you use to teach? I am recently appointed as a Physics Lecturer in govt school and i always appreciate learning physics through simulations and experiments. Thnks in advance❤
Great explanation. I am a bit confused about the indicated direction of induced current, which rule you are using to find the direction of the current. Thanks
Great explanation 🥰
People :physics is tough
random Indian Guy :hold my 🍻
Nice❤
good explanation
In what real-world scenario is this used?
Michrephons, electric generator
Super class
Thank you it was helpful
3:43-3:46 , B= flux density( Magnetic field). thought it'd be helpfull
Is there a reason to as why the current flows this way?
It is just a property of electric current.
@mrk-2 When you push a wire through a magnetic field, the wire will want to resist that action. Thus there will come a current with its own magnetic field that will create a force that is trying to resist your push. If you push down, the wire will want to create a current with a magnetic field in such a way that it creates a force pushing up against you pushing down.
can i ask that from which software do you edit your videos ?
Sketchbook to do the drawings and animation. Any editing software would work to combine the video.
Peace! You are using the direction of electron flow and not conventional current, right?
No I have a text infront of me. I believe he is using conventional currect.
@@Brass_Heathen No this is wrong. Conventional (positive current) would be the opposite direction. I- index finger, B- folded fingers, F- Thumb.
Thanks for this of Animation & Explanation.........
Thankyousomuch sir!
Thank you 💜
thank you. nicely done. it is baffling why physics classes are stuck in a time warp using conventional current flow more than a hundred years after electrons were discovered.
He discussed electric induced current over here therefore try (complete hand rule) with left hand, don't use Fleming left hand rule so it will be clear to you
How do you know what direction the current is moving in
By femming's right hand rule...middle finger shows induced current
thank for so much sir
So, when do we use right hand rule vs the left hand one?
Tq very much
1st view 1st comment
Thank you so nice of you
are arrows wrong at the begining
Nah
👍👍👍
Thank you
u know why B is used? It is because of a scientist known as biotsavart who found out the magnetic field intensity formula to calculate it. It goes like
B= µ0.I/ 2.pi.r
µ0= 4.pi.10^-7
for straight current carrying conductors [C.C.C]
B is magnetic induction or magnetic intensity here it came by the rule of electromagnetic induction so biosavrot law is not used here .... it's is other application
Other application means it defines clear indication of current but here we discuss about current, direction of motion, magnetic field
Will we use right hand rule in north pole??
Doesn't magnetic field flow from S to N?
Thanksss
My textbook has the Current and the magnetic field flopped on the fingers. Glad I pay so much for school to give me the wrong information..
Thank you so much!!!
But what if the wire is not moving up and down but instead sideways
Well then prepare to flick people off. Cause the rule still applies
what happen if we roll the conductor
??
Bizarre. My textbook says that for the right hand rule regarding the motor principle, the thumb refers to current direction, the fingers refer to the magnetic field direction, and the palm refers to the force direction.
Thanku soo much
You can use FBI 😮F stands for force B for....
thank u
Is this not the left hand rule?
Read the title
@@alaa.hassanabdelmoneim that’s y I’m asking because I’ve learnt This as the left hand rule 🤦🏻♂️
Maxwell was using A,B,C.... And B stuck with magnetic flux density with no reason.
B is flux density.
Directions unclear, now I'm in a turf war with the crips. Send help.
Father mother child FMC force magnetic field curren
solid vid
Thanks my exam is in 28mins.. oh shit im late!! byee!
اتجاه حركة الموصل
my fingers just got tired
thankis matsh , i was gonna suffer matsh from this ba3bos
Hello sir
学ig物理了
You got 99 views
'Not me' ain't one
450 likes !!!!! thank me later!!