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Electric Field Due to a Sphere and Thin Shell

A non conduct...

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A non conducting sheet of large surface area and thickness 'd' contains uniform charge distribution of density 'p'(rho). find the electric field at a point 'p' inside the plate at a distance 'x' from the central plane . draw quantitative graph of 'E'(ELECTRIC FIELD) against x for 0

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Q. A non-conducting sheet of large surface area and thickness

d

contains uniform charge distribution of density

ρ

. Find the electric field at a point

P

inside the plate, at a distance

x

from the central plane. Draw a qualitative graph of

E

x

0 < x < d

Q. A non-conducting sheet of large surface area and thickness d contains a uniform charge distribution of density

ρ

. Find the electric field at a point P inside the plate, at a distance x from the central plane. Draw a qualitative graph of E against x for 0 < x < d.

Q. A non-conducting sheet of large surface area and thickness

d

contains uniform charge density

ρ

. The electric field at a point

P

inside the plane at a distance

x

from the central plane

0 < x < d

Q. For the given graph between electric field

(E)

at a point and distance

(x)

of this point from the mid-line of an infinitely long uniformly charged non-conducting thick sheet, the volume charge density of the given sheet is:-
[

d

is the thickness of the sheet]

Q. Find the electric field due to an infinitely large uniformly charged non-conducting thick sheet, at a point

P

inside the sheet as shown in figure.

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Electric Field Due to a Sphere and Thin Shell

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