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Determine the conductance (in Siemens) of a conductor, when the potential difference between the ends of the conductor is 30 V and the current flowing through the conductor is 3 A
Determine the conductance (in Mho) of a conductor, when the value of current that flows through the conductor is 2 A and the potential difference between the ends of the conductor is 40 V.
I1 is the current flowing in the first mesh. I2 is the current flowing in the second mesh and I3 is the current flowing in the top mesh. If all three currents are flowing in the clockwise direction, find the value of I1, I2 and I3.
If the potential difference across the ends of a conductor is halved, what happens to the current flowing through it?
When a conductor is carrying AC current, the current is not distributed in the conductor uniformly. Rather it has tendency to concentrate near the surface of the conductor. What is this effect known as?
The magnitude of current flowing between two end points of a conductor is proportional to the potential difference between them and is called as:
The magnitude of current flowing between two end points of a conductor is proportional to the potential difference between them and is called as
The easiest method of maintaining the electric potential difference between the two ends of a conductor is to connect it between the terminals of . . . . . . . . to get a continuous flow of current.
Identify the type of conductor in which the variation of current with potential difference may depend upon the sign of the potential difference applied.
A Current carrying wire is placed in a magnetic field where magnetic field is perpendicular to the plane of the conductor. What will happen to the force applied on the conductor if the current in wire is doubled?