A conducting current-carrying plane is placed in an external uniform magnetic field. As a result
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Figure shows a cross section of a long cylindrical conductor of radius a containing a long cylindrical hole of radius a containing a long cylindrical hole of radius b. THe central axes of the cylinder and hole are parallel and are distance d apart, current i is uniformly distributed over the tined area. what is the magnitude of the magnetic field at the centre of the hole ?
16
Oct
Figure shows a cross section of a long cylindrical conductor of radius a containing a long cylindrical hole of radius a containing a long cylindrical hole of radius b. THe central axes of the cylinder and hole are parallel and are distance d apart, current i is uniformly distributed over the tined area. what is [...]
A stream of electrons is projected horizontally to the right. A straight conductor carrying a current is supported parallel to the electron steam an above it. If the current in the conductor is from left to right, what will be the effect on the electron stream?
16
Oct
A stream of electrons is projected horizontally to the right. A straight conductor carrying a current is supported parallel to the electron steam an above it. If the current in the conductor is from left to right, what will be the effect on the electron stream? A conducting current-carrying plane is placed in an external [...]
A point charge is moving in clockwise direction in a circle with constant speed. Consider the magnetic filed produced by the charge at a fixed point P ( not at the centre of circle ) on the axis of the circle. Then,
16
Oct
A point charge is moving in clockwise direction in a circle with constant speed. Consider the magnetic filed produced by the charge at a fixed point P ( not at the centre of circle ) on the axis of the circle. Then, A conducting current-carrying plane is placed in an external uniform magnetic field. As [...]
A conducting current-carrying plane is placed in an external uniform magnetic field. As a result, the magnetic induction becomes equal to B1 on one side of the plane and B2 on the other side. Find the magnetic force acting per unit area of the plane.
16
Oct
A conducting current-carrying plane is placed in an external uniform magnetic field. As a result, the magnetic induction becomes equal to B1 on one side of the plane and B2 on the other side. Find the magnetic force acting per unit area of the plane. A conducting current-carrying plane is placed in an external uniform [...]