mine the electric potential everywh= A uniform charge density p fills half n two parallel infinite conducting pla igure to the right. The plates are paral eparated by a distance 2d, and are b« s.
mine the electric potential everywh= A uniform charge density p fills half n two parallel infinite conducting pla igure to the right. The plates are paral eparated by a distance 2d, and are b« s.
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
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electricity and magnetism solve question 1
![A uniform charge density o fills half of
1)
the space between two parallel infinite conducting plates
as shown in the figure to the right. The plates are parallel
to the yz-plane, separated by a distance 2d, and are both
grounded. Determine the electric potential everywhere
between the plates.
V =0-
V= 0
x=0
x=d x= 2d
2)
spherical linear dielectric shell of dielectric constant er, and
inner and outer radii a and b, respectively, as shown in the figure
to the right.
A point charge q is situated at the center of a
a) {
electric field E, and the polarization P, in the three regions
r<a, a<r<b, and r> b.
b)
and surface bound charge densities op.
Determine the electric displacement D, the
Er
9.
Determine the volume bound charge density Pb
Two semi-infinite grounded conducting planes
meet at right angles. In the region between them, there is a point
charge q, situated in the xy-plane as shown in the figure to the right.
3)
y 4
b.
Calculate the potential in this region.
- What is the force on q?
a)
- How much work did it take to bring g in from
V = 0
a
c)
infinity?
A sphere of homogeneous linear dielectric material of
4)
dielectric constant e, and radius R is placed in an otherwise uniform
electric field Eo= Eo 2 as shown in the figure to the right. Find the electric
potential outside the sphere.
Useful information:
ат
aT
-f + -
ar
VT =
In spherical coordinates:
r sin e ao
r a0](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F17e2643a-a93d-4f3e-8424-5877338646c1%2F714622de-becb-405f-b785-ebe2e10d6be2%2F40c7lo_processed.png&w=3840&q=75)
Transcribed Image Text:A uniform charge density o fills half of
1)
the space between two parallel infinite conducting plates
as shown in the figure to the right. The plates are parallel
to the yz-plane, separated by a distance 2d, and are both
grounded. Determine the electric potential everywhere
between the plates.
V =0-
V= 0
x=0
x=d x= 2d
2)
spherical linear dielectric shell of dielectric constant er, and
inner and outer radii a and b, respectively, as shown in the figure
to the right.
A point charge q is situated at the center of a
a) {
electric field E, and the polarization P, in the three regions
r<a, a<r<b, and r> b.
b)
and surface bound charge densities op.
Determine the electric displacement D, the
Er
9.
Determine the volume bound charge density Pb
Two semi-infinite grounded conducting planes
meet at right angles. In the region between them, there is a point
charge q, situated in the xy-plane as shown in the figure to the right.
3)
y 4
b.
Calculate the potential in this region.
- What is the force on q?
a)
- How much work did it take to bring g in from
V = 0
a
c)
infinity?
A sphere of homogeneous linear dielectric material of
4)
dielectric constant e, and radius R is placed in an otherwise uniform
electric field Eo= Eo 2 as shown in the figure to the right. Find the electric
potential outside the sphere.
Useful information:
ат
aT
-f + -
ar
VT =
In spherical coordinates:
r sin e ao
r a0
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