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White Lies

White Lies

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A current-carrying conductor generates a magnetic field around it, and when another current-carrying conductor is placed nearby, it experiences a force due to this magnetic field. This lesson explains the magnetic force between two parallel current-carrying wires, aligned with NCERT and CBSE. You will learn how each wire produces a magnetic field, how forces arise, why parallel currents attract, how the ampere is defined, and where this principle is applied. RHR-1 shows that the force between the parallel conductors is attractive when the currents are in the same direction. A similar analysis shows that the force is repulsive between currents in opposite directions. RHR-1 shows that the force between the parallel conductors is attractive when the currents are in the same direction. A similar analysis shows that the force is repulsive between currents in opposite directions. F / l is the force per unit length between two parallel currents I1 and I2 separated by a distance r. The force is attractive if the currents are in the same direction and repulsive if they are in opposite directions. This force is responsible for the pinch effect in electric arcs and plasmas. Master the concept of force between two parallel current carrying conductors with clear examples. Start learning with Vedantu now! Learn about forces between two current-carrying wires for IB Physics. Explore how parallel currents exert forces on each other due to their magnetic fields. Here we have provided the Force between two parallel current-carrying conductors Class 12 Physics Notes, including definition, working principle, important formulas, solved examples, and real-life applications to help you prepare effectively for exams. Two current-carrying wires attract each other magnetically: The bottom wire has current I1, which creates magnetic field B1. The top wire carries a current I2 through the magnetic field B1, so (by the Lorentz force) the wire experiences a force F12. When two long parallel conductors carry currents, each conductor produces a magnetic field at the position of the other conductor. Since a current-carrying conductor placed in a magnetic field experiences force, the two wires exert equal and opposite forces on each other.