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+ + + + + + - - - - - - + q free on inner surface - q free on inner surface Interior points electric field must be zero - q bound + q bound Symmetry –

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Presentation on theme: "+ + + + + + - - - - - - + q free on inner surface - q free on inner surface Interior points electric field must be zero - q bound + q bound Symmetry –"— Presentation transcript:

1 q free on inner surface - q free on inner surface Interior points electric field must be zero - q bound + q bound Symmetry – fields must be uniform – field lines perpendicular to plates

2 conductordielectric Gauss’s Law

3 frequency dielectric constant

4 V = 0

5 B Fe H Fe B gap H gap B air H air i coil windings gap region iron core

6 width L thickness t area A q = - e electrons are the charge carriers in copper

7 dy F +q+q -q-q

8 Induced dipole moment – helium atom -e +2e Zero electric field – helium atom symmetric  zero dipole moment -e +2e -e A B effectively charge +2e at A and -2e at B dipole moment p = 2 e d

9 -q-q +q+q r 1  r – (d/2)cos  r 2  r + (d/2)cos  r  P ErEr EE (d/2)cos 

10 f+f -f-f     dA -b-b +b+b

11 +q+q -q-q

12 +f+f -b-b +b+b -  f O r S

13 - dd  r Pcos  S The area of the shaded ring between  and  + d  is equal to

14 a +Ze a d d << a


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