A current I flows around a closed path in the horizontal plane of circle as shown in the figure The path consists of eight arcs with alternating radii r and `2r` . Each segment of arc subtends equal angle at the common centre `P` The magnetic field produced by current path at point `P` is
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A current I flows around a closed path in the horizontal plane of the circle as shown in the figure. The path consists of eight arcs witli alternating radii r and 2r. Each segment of arc subtends equal angle at the common centre P. Find the magnetic field produced by current path at point P

A current of 10 A flow around a closed path in a circuit which is in the horizontal plane as shown in the figure. The circuit consists of eight alternative arcs of radii r_(1)=0.8m and r_(2)=0.12m . Each subtends the same angle at the centre. Find the magnetic fied produced by this circuit at the centre.

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?

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?

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 flow around a closed path in a circuit which is in the horizontal plane as shown in the figure. The circuit consists of eight alternative arcs of radii r_(1)=0.08m and r_(2)=0.12m . Each subtends the same angle at the centre. If magnetic field at centre produced by this circuit is etaxx10^(-5)T , then the value of eta is ?

A current of 10 A flow around a closed path in a circuit which is in the horizontal plane as shown in the figure. The circuit consists of eight alternative arcs of radii r_(1)=0.08m and r_(2)=0.12m . Each subtends the same angle at the centre. An infinitely long straight wire carrying a current of 10 A is passing throgh the entre 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 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?