About Magnetic Needle On Stand (Demonstration Compass)
For studying magnetic phenomena such as operation of a compass, testing of magnetic poles, finding the direction of electric current etc. Consists of a magnetized steel needle about 150mm long with brass bearing pivoted on a non-magnetic metal stand. North pole is marked in red. The needle when not in use in reversed and kept in main rod for safety.
Designed for Educational ExcellenceThe Magnetic Needle On Stand is crafted with precision to meet the requirements of laboratory and college settings. Its stable structure, complemented by vibrant red, black, and silver colors, makes it both an attractive and functional teaching tool. The magnetized steel ensures accurate demonstrations, allowing educators to illustrate magnetic fields and related phenomena effectively.
Exporter and Manufacturer from IndiaOur product is manufactured in India, adhering to stringent quality standards. As a trusted exporter, we ensure timely and secure delivery worldwide. The robust build and long working life of this demonstration compass make it a reliable choice for educational institutions aiming for advanced learning and research activities.
FAQs of Magnetic Needle On Stand (Demonstration Compass):
Q: How is the Magnetic Needle On Stand used in laboratories and colleges?
A: This device is placed on a level surface, allowing the magnetized steel needle to freely rotate and align with the Earths magnetic field. Teachers and students use it to observe and study magnetic directions, conduct experiments, and explain the principles of magnetism.
Q: What materials are used in the construction of the demonstration compass?
A: The demonstration compass comprises a high-quality magnetized steel needle, ensuring strong magnetism and durability. The stand offers stable support and is designed with attractive red, black, and silver colors for visibility and longevity.
Q: When should this magnetic needle be used during experiments or teaching?
A: The magnetic needle is best employed during lessons or experiments involving magnetism, Earths magnetic field, or compass use. It is most effective for practical demonstrations, enabling students to directly observe magnetic properties.
Q: Where can one utilize this magnetic needle on stand?
A: It is ideal for use in laboratories and college classrooms. This demonstration device provides an interactive learning experience, suitable for both group and individual study environments.
Q: What is the process for demonstrating magnetic principles using this product?
A: To demonstrate, place the compass on a stable surface away from metallic objects. Observe how the needle aligns itself along the north-south direction, allowing users to discuss and experiment with fields, poles, and magnetic interactions.
Q: What are the key benefits of using this magnetic needle on stand?
A: Key benefits include high accuracy in demonstrating magnetic directions, long working life due to robust magnetized steel, and clear visual appeal. It serves as an engaging and practical teaching aid for physics education.