Since the charges are negative, the left hand rule shows that the electrons would move as diagrammed in the sketch. (Point fingers in the direction of the magnetic field, point thumb in the direction ...Since the charges are negative, the left hand rule shows that the electrons would move as diagrammed in the sketch. (Point fingers in the direction of the magnetic field, point thumb in the direction of wire movement, and palm shows direction of electron flow.) No current will flow, of course, unless the section of wire is part of a complete circuit.
This page discusses how electrical generators convert mechanical energy into electrical energy using methods like water pressure or wind. It explains the role of electromotive force (EMF) in generatin...This page discusses how electrical generators convert mechanical energy into electrical energy using methods like water pressure or wind. It explains the role of electromotive force (EMF) in generating current when a wire moves through a magnetic field, influenced by factors such as magnetic field strength, wire length, and velocity. EMF, defined as a potential difference and calculated by the formula EMF = Blv, is essential for circuit design and energy generation.
