I have a textbook which says that in spherical and cylindrical capacitors the inner plate is...
I have a textbook which says that in spherical and cylindrical capacitors the inner plate is grounded, why is it so ? And why no plate is grounded in the parallel plate capacitor ?
Homework Answers
In every spherical and cylindrical capacitors the inner plate is not always grounded but when you ground any conductor it charge become zero. You can also ground parallel plate capacitor but in that situation law of conservation of charge doesn't follow. And when you connect any part of spherical or cylinderical capacitor that part become irrelevant and the other act as capacitor.
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I have a textbook which says that in spherical and cylindrical
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A spherical capacitor has a spherical inner plate with radius a
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1. For a spherical capacitor, if the radius of the outer plate is very large in...
1. For a spherical capacitor, if the radius of the outer plate
is very large in comparison to the radius of the inner plate, the
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In parallel plate capacitors, the area of one plate is A and the two conductor plates...
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A spherical capacitor has a spherical inner plate with radius a
and outer plate with radius b. The charge on the inner plate is +Q
and on the outer plate it is -Q. We have filled a cone shaped
region of angle θ (0 ≤ θ ≤ π) with a dielectric with constant κ.
The dielectric fills the entire volume between the two spheres
inside the cone. You may neglect any fringing effects between the
dielectric and the vacuum (dielectric...
1. For a spherical capacitor, if the radius of the outer plate
is very large in comparison to the radius of the inner plate, the
capacitance equation (essentially) is: (a) C = A/k (b) C = B/k (c)
C = A/kB (d) C = B/Ak
2. Find the total energy stored in the capacitors of the circuit
shown below. Each capacitor is 20 μF and the battery is 100 v.
(a) 0.01 J
(b) 0.001 J
(c) 1.0 J
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