Fleming’s Left-Hand Rule vs Fleming’s Right-Hand Rule
Fleming’s Left-Hand Rule vs Fleming’s Right-Hand Rule
| Feature | Fleming’s Left-Hand Rule | Fleming’s Right-Hand Rule |
|---|---|---|
| Used For | Electric Motors | Electric Generators |
| Main Application | Finds direction of force/motion on a current-carrying conductor | Finds direction of induced current when conductor moves |
| Input | Current + Magnetic Field | Motion + Magnetic Field |
| Output (Goal) | Direction of Force (F) | Direction of Induced Current (I) |
| Thumb Represents | Force / Motion | Motion / Thrust |
| Forefinger Represents | Magnetic Field (B) | Magnetic Field (B) |
| Middle Finger Represents | Current (I) | Induced Current (I) |
| Nature | Motor rule | Generator rule |
| Practical Use | Predicts motor rotation | Predicts current direction |
Flemings Left Hand Rule Flemings Right Hand Rule Electric Motor Principle Electric Generator Principle Direction of Force in Magnetic Field Direction of Induced Current Electromagnetic Induction Magnetic Field and Current Interaction Motion of Current Carrying Conductor Motor Effect Generator Effect Physics of Magnetism Class 10 Physics Ray and Wave Optics Basics Lorentz Force Concept Thumb Forefinger Middle Finger Rule Fleming Rules Comparison Current Electricity and Magnetism Practical Applications of Motors and Generators Physics for Board Exams Physics for Competitive Exams
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