The Diagram Shows The Cross Section Of A Wire Carrying Conventional Positive Current

A by means of an arrow on the diagram show the direction in which a compass would point if placed at location a and describe the rule you use to remember this effect. The diagram shows a straight wire carrying a flow of electrons into the page.

Unph30

A by means of an arrow on the diagram show the direction in which a compass would point if placed at location a and describe the rule you use to remember this effect.

The diagram shows the cross section of a wire carrying conventional positive current. B show the direction in which the compass would point at the other points of your own choosing. 15 77 59 mn 12 32 mn along cylindrical wire radius. In the diagram below a wire carrying an electron current into the page as denoted by x is placed in a magnetic field.

The diagram shows the cross section of wire carrying conventional positive current into the plane of the page. The magnetic field exerts a force on the wire toward point 1 a 3 c 2 b 4 d 37. The diagram shows the cross section of a wire carrying conventional postive current into the plante.

The direction of the magnetic force exerted on the wire is. A by means of an arrow on the diagram show the direction in which a compass would point if placed at location a and describe the rule you use to remember this effect. The diagram shows the cross section of a wire carrying conventional positive current towards us out of the plane of the paper.

The figure shows a cross section of three parallel wires each carrying a current of 24 the currents in wires b and c are out of the paper while that in wire a is into the paper if the distance r 511 mm what is the magnitude of the force on a 40 m length of wire a. In the diagram at the right when the negative current is flowing in the direction indicated by the arrow the direction of the force in the wire. The wire is between the poles of a permanent magnet.

Magnetic Force On A Current Carrying Conductor Physics