AC Through Pure Inductor

AC Through Pure Inductor
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[@Deepak-if3dn]

Edhekkada Mass explanation ra mawa 🔥 🤩, Super mam

[@VamsiKrishna-ut5ct]

Nice explanation mam

[@shankarhande6375]

I like this video and explanations is very well

[@KarthikRoy-eo8rd]

Paper lo cheyyandi mam

[@chinnaraomuddada5457]

Good explanation mam consept and plbm explaine plse

[@chsrikanth4250]

Madam please explain on paper only

[@mani_king_yt3702]

Thanks mam...

[@sivkrizh9703]

Madam .Why not the alternating current set up the alternating flux in case of pure resistance.
Plz tell madam

[@DrNagarajaKumariElectrical]

The moving charges create magnetic fields that are proportional to the current. This means that a conductor that moves current creates a magnetic effect around it. So, even in the resistor, there is a magnetic flux.
But the magnetic field always moves in a plane that is not parallel to the line of element and position vector. It can be found by using the right-hand thumb rule, where the thumb shows the direction of regular current and the other fingers show the direction of the magnetic field. Biot-Savart law is another way to figure out how strong a magnetic field is.
So, the magnetic field or flux can't be sensed well when it's like a straight conductor and only has resistive properties. So, the only way we can see electricity is in the form of heat in a resistor.
But if the same resistive conductor is used as a coil (like in rotating electrical machines, transformers, or simple inductors), the magnetic energy can be concentrated in a small area and its strength can be felt. So, most of the electrical energy change in the coil/inductor is thought of as magnetic energy.
Hope, you understand.

[@shankarhande6375]

Thank you so much mam

[@jhumkilallavudya7000]

Thank you madam. Well explain

[@DrNagarajaKumariElectrical]

Welcome.

[@Awm-wz9dd]

Well explained mam thank you

[@DrNagarajaKumariElectrical]

Thank you and welcome 😊

[@jhumkilallavudya7000]

@@DrNagarajaKumariElectrical madam, explain about Diploma, electrical circuits

[@OPEDDIREDDINEERAJA]

Thank you mam

[@DrNagarajaKumariElectrical]

Most welcome.