= Given that E = -2, +6, +4a in region y-x-250 (i.e., the normal to the...

  

Transcribed Image Text:

ā = Given that E₁ = -2ä, +6, +4a in region y-x-250 (i.e., the normal to the surface is Vf à-a V √√2 -) where & 5, calculate Ē, where &, = 2. = Figure Q.1 5.15 Consider Figure 5.18 as a spherical dielectric shell so that = 5,E, for a <r<b and 6 = 6 for () <r <a. If a charge Q is placed at the center of the shell, find (a) P for a <r<b (b) P for a <r<b (c) Patra and r = b For Free 5.105.15 5.19 A sphere of radius a and dielectric constante, has a uniform charge density of (a) At the center of the sphere, show that V = 68, (2n, + 1) (b) Find the potential at the surface of the sphere. ā = Given that E₁ = -2ä, +6, +4a in region y-x-250 (i.e., the normal to the surface is Vf à-a V √√2 -) where & 5, calculate Ē, where &, = 2. = Figure Q.1 5.15 Consider Figure 5.18 as a spherical dielectric shell so that = 5,E, for a <r<b and 6 = 6 for () <r <a. If a charge Q is placed at the center of the shell, find (a) P for a <r<b (b) P for a <r<b (c) Patra and r = b For Free 5.105.15 5.19 A sphere of radius a and dielectric constante, has a uniform charge density of (a) At the center of the sphere, show that V = 68, (2n, + 1) (b) Find the potential at the surface of the sphere.

Answer rating: 100% (QA)

1 Given E1 2ax 6ay 4az XY plane is y x20 an EIN Now E E1T Vf vf 2ax 6ay 4ax E1 EIN E1 ... View the full answer