Product Description
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Barlow Wheel for demonstrating the conversion of electric energy into mechanical energy.
Star shaped copper disc 9cm dia.
Rotatable vertically on pair of adjustable centres and dipping.
Visualize Electromagnetic MotionThe Barlow Wheel is a classic device for demonstrating the principles of electromagnetic interaction and motion. Students and educators can observe the wheels rotation as electrical current passes through, providing a tangible illustration of physics concepts. Its sturdy build and visible moving parts make it an essential addition to any educational laboratory.
Safety and CompatibilityEquipped with an insulated handle on the pivot arm, the Barlow Wheel prioritizes user safety during operation. It supports standard science lab power supplies ranging between 110 and 220 Volt, ensuring broad compatibility across laboratory setups. The design focuses on safe and easy handling for frequent classroom and lab demonstrations.
FAQs of Barlow Wheel:
Q: How does the Barlow Wheel work in a laboratory demonstration?
A: The Barlow Wheel visually demonstrates electromagnetic motion when a current passes through it, causing the wheel to rotate. This provides students a practical understanding of electromagnetic force and movement.
Q: What is the intended application for the Barlow Wheel?
A: This apparatus is primarily used in educational and automotive industry settings to illustrate fundamental electromagnetic concepts, making it valuable for science teaching and demonstration purposes.
Q: When should I use the insulated handle on the Barlow Wheels pivot arm?
A: Always use the insulated handle during setup and operation to ensure your safety from potential electrical currents, protecting against accidental contact.
Q: Where can the Barlow Wheel be installed or used?
A: The device is suitable for physics laboratories, science classrooms, and industrial training environments where safe and reliable demonstration of electromagnetic principles is required.
Q: What power supply is compatible with the Barlow Wheel?
A: It operates efficiently with standard laboratory power supplies ranging from 110 to 220 Volt, making it adaptable to most science lab electrical systems.
Q: What process is used for testing the Barlow Wheels function?
A: Testing involves visual observation of the wheels motion as electric current is applied, allowing users to monitor electromagnetic effects directly.
Q: What benefits does the Barlow Wheel offer in science education?
A: It provides a hands-on demonstration of electromagnetic forces, enhancing student comprehension and engagement through direct observation of physics principles in action.