A cone of base radius R and height h is placed in an uniform electric field E which is parallel to base of cone . The electric flux entering the cone will b

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Q. A cone of base radius

R

and height

h

is located in a uniform electric field

\to E

parallel to its base. The electric flux entering the cone is:

Q. A solid cone of base radius equal to

R

and height equal to

H,

is placed in a uniform electric field of magnitude

E

and directed parallel to the axis of the cone. Net electric flux through the cone would be equal to

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0.77 Mark

]

Q. In fig., a cone lies in a uniform electric field E. Determine the electric flux entering the cone.

A conic surface is placed in a uniform electric field $E$ as shown such that field is perpendicular to the surface on the side AB. The base of the cone is of radius $R$ and height of the cone is $h$ . The angle of cone is $θ$ as shown. Find the magnitude of that flux which enters the cone's curved surface on the left side. Don’t count the outgoing flux.

Axis of a hollow cone shown in figure is vertical. It’s base radius is ‘R’. It is kept in a uniform electric field E parallel to its axis.

The magnitude of flux through curved part of the cone?

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