Comments:
Any JEE aspirant? Mark your presence 👍🏼
Ответитьi’m so stupid, don’t get it
ОтветитьI think magnetic flux & magnetic field are 2 different entities. Magnetic flux is a scalar qty. measured by its density while magnetic field is a vector qty. shown by line with arrow. Both, flux & field follow inverse sq. law. A magnetic pole has flux around it. Magnetic field which is force field appears only when flux of one pole interacts with flux of other pole. Since there is no monopole magnetic flux & magnetic field co-exist around a magnet. Change in flux density & motion of flux produce all forces & motions.
Ответитьمين هنا ف تالتة ثانوي وبيدور على فيديوهات 😂😂😂
ОтветитьIs there a definition for a SINGLE line of flux?
For example, this would allow us to state exactly how many LINES of flux passes through a square meter in a uniform magnetic flux field of, say, one "Tesla" perpendicular to that flux field.
THANKS FOR, YET ANOTHER, GREAT VIDEO!!
Bad explanation
ОтветитьThe rain has abated and pollutants that were in the air have been grounded. Things around me can be seen more clearly now, but as electrons in obscene amounts whiz by me, through copper wires, as the power meter counts them over time as I listened to the sound of the electric fan in the heater blowing warmed air towards my person to reduce the chilly sensation of the cooler oxygen atoms take up the heat given up by my body, as I let the video on the topic of magnetic flux play to its end, I was left wondering - What is magnetic flux? Magnetic flux can be likened to water flow in a river, fed by tributaries upstream. Flux can be imagined to be flowing as tributaries carrying water to a stream. The deeper the stream, the greater the pressure at depth. Magnetic flux condenses with the greater number of flux lines of force, making a greater strength of magnetic attraction and repulsion. Through the air, flux lines tend to separate, but when channelled through a piece of iron or a metal bar the flux lines consolidate in the given metal, leaving no loose ends in the flux field to go astray, but they can be made to follow the desired path. I am the original concept design creator of what I believe has later become used in the design of the Tesla EV motor, so I considered the explanation given of magnetic flux to be a lot more confusing for people new to the subject than it needed to be.
Ответить:D
ОтветитьSir I want to know that why a magnetic flux in closed loop is 0 as defined by gauss law of magnetic flux
ОтветитьUseful ...
ОтветитьLove ya x
Ответитьthank you man thank you so much
Ответитьthat was so helpful,thanks a lot
Ответитьamazing presentation. a 6 year old could understand flux with your video. well done
Ответитьgreat video
ОтветитьNothing is "Physical". Everything is "information". Your magnetic field is not any less "physical" or "solid" than your "water", which is also pure energy flowing.
ОтветитьKindly, make a video on CT PT (CURRENT TRANSFORMER, POTENTIAL TRANSFORMER). could you?
ОтветитьThanks 👍
ОтветитьThank you sir
ОтветитьThank you sir
ОтветитьThanks Sir
ОтветитьColorblind people watching Khan Academy:
ОтветитьThank u this is amazing 😃
ОтветитьKhan Academy is wonderful and it's probably helped me wrap my head around more concepts than I would care to admit. Wonderful library of knowledge
ОтветитьI decided to start powder coating as a hobby in my spare time. Faraday’s law came up, which lead me here. I enjoy you way of explaining, thank you.
ОтветитьSays he will give an intuition for magnetic flux; gives an intuition for magnetic flux. Solid video.
ОтветитьDude you explain really great!!!!!
ОтветитьThank you this is crystal clear!
Ответитьthank you
ОтветитьWe all know this is an extraordinary man and channel. But this video just blew me away, it sounds simple now but it looked crazy before, that is teaching perfection.
ОтветитьPerfect, thank you sir
ОтветитьI'm so confused because if you calculate the flux, and you apply gauss law in the magnetic field, it gives you the divergence of the magnetic field, which we know is zero because of the propriety of magnetic fields, please someone explain me what am I missing
Ответитьwhat app is he using?
ОтветитьExcellent explanation! I had to learn flux to help my daughter and this video was extremely helpful!
ОтветитьGod bless you
Ответитьsuperb
ОтветитьWow 🤩 u are amazing at teaching sir I got now how that formula came out
ОтветитьWhy do we use "phi" to show flux?
Ответитьwhat is the name of the application !? and thanks for your great method of teaching
ОтветитьFlux is soldering paste
ОтветитьAnother excellent introduction
ОтветитьCoolio bro
Ответитьthank u so much
ОтветитьExactly the video I needed. Thanks! : D
ОтветитьHey and what if you increase the area but to towards a region where magnetic field lines didn't exist? Logically i would say the flux won't change, but wouldn't it increase by the equation ABcos theta? I appreciate a quick response
Ответить<3
ОтветитьSana ol nagegets
ОтветитьThose drawings were beautiful
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