Mitadru Banik said:If a conducting sphere having a cavity inside it is placed in an electric field then what will be the field inside the cavity?
And is there any charge induced in the cavity?
I have many doubt about it give a good discussion about it..
Mitadru Banik said:If a conducting sphere having a cavity inside it is placed in an electric field then what will be the field inside the cavity?And is there any charge induced in the cavity?I have many doubt about it give a good discussion about it..
An electric field is a physical quantity that describes the influence that one charged object has on another charged object. It is a vector quantity, meaning it has both magnitude and direction.
A cavity in a sphere refers to an empty space or void within the sphere. In the context of an electric field, it is the space inside the sphere that does not contain any charges.
The electric field inside the cavity of a sphere is calculated using the principle of superposition, which states that the total electric field at a point is the vector sum of the individual electric fields produced by all the charges present. In this case, the electric field is calculated as the sum of the electric fields due to the charges on the surface of the sphere and the charges inside the cavity.
Yes, the electric field inside the cavity of a sphere is inversely proportional to the radius of the sphere. This means that as the size of the sphere increases, the electric field inside the cavity decreases.
The direction of the electric field inside the cavity of a sphere is radial, meaning it points directly towards or away from the center of the sphere. This direction is determined by the location and magnitude of the charges present on the surface of the sphere and inside the cavity.