FLEMING'S LEFT HAND RULE

The Fleming's Left Hand Rule Apparatus is an educational working model designed to demonstrate the fundamental principle of electric motors. It clearly illustrates that when a current-carrying conductor is placed in a magnetic field, it experiences a mechanical force.

The apparatus provides a simple and practical way to study the relationship between the direction of current, magnetic field and force. By applying Fleming's Left Hand Rule, students can determine the direction in which the conductor will move when current is passed through it.

The working arrangement is mounted on a sturdy plastic base and provided with electrical terminals for convenient connection to a suitable power source. Its clear and accessible construction makes it ideal for classroom demonstrations and practical physics experiments.

Specifications:

• Item: Fleming's Left Hand Rule
• Type: Working Demonstration Model
• Principle: Motor effect
• Demonstrates: Force on a current-carrying conductor in a magnetic field
• Rule Applied: Fleming's Left Hand Rule
• Electrical Connection: Terminals provided
• Base: Sturdy plastic base
• Operation: Electrical working demonstration
• Educational Topics: Magnetic field, electric current, force and motor action
• Applications: Demonstration of basic electric motor principle
• Suitable For: Schools, colleges, universities and physics laboratories

Educational Use:
The apparatus helps students understand the fundamental principle behind electric motors used in fans, mixers, pumps, printers and other electrical appliances, while providing a practical demonstration of Fleming's Left Hand Rule.