A single current carrying wire induces magnetic field. When this wire is coiled in * loops forming a solenoid (shown below), 1/ The magnetic field induced in every turn of the wire enforces the magnetic fields induced in the other turns so the solenoid acts like a magnet. The magnetic field induced in each turn of the wire cancel out each other hence the net magnetic field induced is equal to zero The magnetic field induced in every turn of the wire exerts repulsive force in each turn of the wire hence stretching the solenoid. The total magnetic field induced by the entire coilfsolenoid exerts a resisting force into the flowing electrons causing the current to stop. OOOO 30. Based on the illusion below, how will the rectangular loop react in the presence of the uniform magnetic field? It will move to the left It will move to the right It will turn clockwise It will turn counterclockwise 0000 2k