Question 9. In a alternating circuit, R = 1002, x = 3000 and Question 6. xe = 2002 is embedded in the hierarchy. Charged electric carrying force and There is a difference in the flowing current. (2019)

_______between two points in an electric circuit carrying some current as the work done to move a unit charge from one point to the other. (electric current, electric charge, potential difference, electric power)

Answer the following questions : Study the following principle and answer the questions. A force is excreted on a current - carrying conductor placed in a magnetic field. The direction of this force depends on both the direction of the current and the direction of the magnetic field . This force is maximum when the direction of the current is perpendicular to the direction of the magnetic field. In which electrical equipment is this principal used?

A current of 10 A flows around a closed path in a circuit which is in the horizontal plane as shown in the figure. The circuit consists oi eight alternating arcs of radii r_1=0.08m and r_2 =0.12m . Each subtends the same angle at the centre. a. Find the magnetic field produced by this circuit at the centre. b. An infinitely long straight wire carrying as current of 10 A is passing through the centre of the above circuit vertically with the direction of the current being into the pane of the circuit. what is the force acting on the wire at the centre due to the current in the circuit? What is the force acting on the arc AC and the straight segment CD due to the current at the centre?

Imagine a would where free magnetic charges exist. In this world, a circuit is made with a U shape wire and a rod free to slide on it. A current carried by free magnetic charges can flow in the circuit. When the circuit is placed in a uniform electric field. E perpendicular to the plane of the plane of the circuit and the rod is pulled to the right with a constant speed v, the "magnetic EMF" in the current and the direction of the corresponding current. arising because of changing electric flux will be (l is the length of the rod and c is speed of light).

A current of 10 A flows around a closed path in a circuit which is in horizontal plane as shown in the figure . The circuit consists of eight alternating arcs of radii r_(1) = 0.08 m and r_(1) = 0.12 m. Each arc subtends the same at he center. (a) Find the magnetixc field produced by this circuit at the center. (b) An infinitely long straight wire carrying a current of 10 A is passing through the center of the above circuit vertically with the direction of the current being into the plane of the circuit . What is the force acting on the arc AC and the straight segment CD due to the current at the center?

A current of 10 A flows around a closed path in a circuit which is int eh horizontal plne as shown in the figure. The circuit consists oif eight alternating arcs of radii r_1=0.08m and r_2 =0.12m . Each subtends the same angle at the centre. a. Find the magnetic field produced by this circuit at the centre. b. An infinitely long straight wire carryin as current of 10 A is passing through the centre of the above circuit vertically with the direction of the current being into the pane of the circuit. what is the force acting on the wire at the centredue to the curren in the circuit? What is the force acting on the arc AC and the straight segment CD due to the current at the centre?

In an L-C-R circuit with all components connected in series,the e.m.f. and the current flowing in the circuit are given by the following equation : e_d = 200 sin (314 .t + pi//6) Volt,I = 5 sin 314 t A. obtain: The phase difference between current and e.m.f.