Why should electrostatic field be zero inside a conductor? Electricity

You will learn that why electrostatic field inside a conductor is zero.
Q: Why electric field inside a conductor is zero?
Ans: When we place any conductor like copper or gold conductor inside electric field, induced electric field is generated inside the conductor. This induced electric field oppresses the external or applied electric field. Due to which the net electrostatic field becomes zero.
Therefore, we say that electrostatic inside a conductor is zero.
To learn more about zero electric field inside a conductor, watch this animated lecture till the end.
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Sir how we can say that both side the electric field is equal?

[@laljigupta5024]

the kase applied field aur induced field ekdm equal honge ??

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Because conductor ka Dielectric constant infinite hota hai​@@laljigupta5024

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But why are the forces that are experienced on electrons equal in magnitude?

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Conversion of charges / energy Net force should be zero

[@cryptid1925]

If the forces are not equal in magnitude then the electrons will continue to move closer to the positive plate so that at the end the net force on the electron will be zero (they will try to achieve the most stable position i.e. Fnet=0)

[@aritragupta4932]

Because conductor has large amount free electrons so same amount of charge will be accumulated on the side of the conductor as the charges of the applied ef ,so the electric field is also same and potential difference too

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​@@nandha8059 u meant conservation right

[@pareshnayak2988]

But sir the directions of forces experienced by electron in induced and applied electric fields should be opposite no?

[@Folorunsho3729]

I also think that the direction of force of the induced electric field should be to the right on the electron and the applied electric show be opposite

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[@23vijayragav82]

If external and internal electric field are cancel out each other how the electrons flows in the conductor 😢😢.. plzz reply

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In conductor have no internal electric field, so it cannot cancel each other

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If the external applied electric field is greater than the induced field then ??????

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Please tell me that when it is not equal to 0

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Supper explained

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If I increase applied electric field beyond a limit so that conductor haven't enough free charge?? Then there should be some field inside the conductor or not??

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I have the same doubt...Please explain to me if you have understood

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but you do not describe why the magnitude is equal

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Whether the current flow from the conductor if we connect led from positive to negative terminal

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Totally wrong , you explained polarization phenomenon, which is not possible in conductor. But in an insulator

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