Educational Mini Electric Motor Model for Physics Teaching Key benefits Demonstrates the relationship between armature rotation and the direction of field lines, making abstract concepts visible. Helps students quickly grasp the principle of motor rotation through handson observation and simple setup. Compact, clear model suitable for classroom demonstrations, lab exercises, and teacherled experiments. Main functions and features Function: Illustrates how armature steering corresponds to the direction of the magnetic field and how this determines motor rotation. Model type: Mini electric motor model designed specifically for physics experiment equipment and teaching apparatus. Magnetic coding: Magnetic poles are color marked for easy identification. N pole is marked red; S pole is marked white or blue. Observe the color code during installation. Safety note: Before turning on power, ensure the two contacts touch the same commutator to avoid short circuit. Compatibility and use Designed for use in physics classrooms, teaching labs, and science demonstrations as a teaching apparatus and science device. Suitable as a teacher prop for guided experiments, demonstrations of motor principles, and student laboratory verification. Practical applications and scenarios Classroom demonstration: Show the link between field direction and armature rotation during a lesson on electromagnetism. Laboratory experiment: Let students verify the directional relationship by changing field orientation and observing changes in rotation. Science fair or teaching aid: Use as a compact, demonstrable model to illustrate motor operation principles in presentations. Why choose this model Clear, focused educational function that supports concept comprehension in physics teaching. Simple installation and visual cues from color coded magnets reduce setup errors and speed lesson flow. Portable mini form factor fits standard lab and classroom workflows without taking up excessive space.