This force forms the basis of the electric motor. A current carrying conductor creates its own magnetic field around the conductor. A magnet also has a magnetic field around it. The result is that ...

a current carrying conductor exerts a force when a magnet is placed in its vicinity. Similarly, a magnet also exerts equal and opposite force on the current carrying conductor. The direction of ...

along with a phenomenon described in Ampere's law (involving the forces generated between the magnetic field surrounding a current-carrying conductor and an external magnetic field.) But the ...

Discovered by Edwin Hall in 1879, the Hall effect is a phenomenon when voltage (potential difference) is generated across a current-carrying conductor ... field exerts a force on the moving ...

THE statement that “the mechanical force which urges a conductor carrying a current across the lines of magnetic force, acts, not on the electric current, but on the conductor which carries it ...

Figure 1: Schematic of the system setup for modelling conduction in a nanoscale conductor ... non-conservative interatomic bonding forces in current-carrying atomic wires. These forces provide ...

Equipment: A compass, iron filings, a current carrying conductor and a 40 Amp power supply. What it does: The compass shows the direction of the field lines around the conductor. The iron filings line ...