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Apparatus To Show Force On Conductor In Magnetic Field -
Comprising a strong U-shaped magnet and a pair of brass rails with 4mm socket terminals.
A brass axle with plastic discs is free to roll along the rails and completes the electrical contact between them.
When the axle is placed on the rails between the poles of the magnet, and a power supply unit is connected, the axle rolls along the rails, away from the centre of the magnetic field.
Apparatus To Show Force On Conductor In Magnetic Field for Magnetism Experiment in Physics Lab.
Visualize Magnetic Fields EasilyThis apparatus enables students to clearly observe the direction and intensity of magnetic fields generated by electric currents. Its graduated analog scale and color-coded components make it straightforward for learners to understand and interpret Oersteds law in real time, fostering hands-on learning.
Robust Build for Regular Laboratory UseDesigned for repeated demonstrations, the MF-01 features a powder-coated metal base and durable plastic and aluminum parts. The apparatus is lightweight, easy to handle, and highly durable, ensuring longevity even with frequent use in classroom or laboratory environments.
Safe and User-Friendly OperationSafety is prioritised with a non-conductive housing, secure wire connections, and a protected magnet. These features minimize risk, making the apparatus suitable for use by students and educators without compromising demonstration effectiveness or measurement accuracy.
FAQs of Magnetic Field Apparatus:
Q: How is the Magnetic Field Apparatus used in physics experiments?
A: This apparatus is primarily used to demonstrate Oersteds law and the right hand thumb rule, helping visualize the direction and strength of a magnetic field around a conductor. Simply connect it to an external DC power supply (up to 12V), pass current through the wire loop, and observe the deflection of the magnetic needle on the analog scale.
Q: What are the main features that enhance safety during demonstrations?
A: Safety features include non-conductive housing, secure wire connections, and a protected magnet. These components reduce electrical and physical hazards, allowing safe operation for students and instructors alike.
Q: When should I use the Magnetic Field Apparatus in the classroom?
A: It is ideal for use during lessons on electromagnetism, Oersteds law, and magnetic field concepts. The apparatus can also be included in laboratory sessions for hands-on learning or in demonstration settings to reinforce theoretical understanding.
Q: Where can the apparatus be installed for demonstrations?
A: Its compact bench-top design makes it suitable for use on standard laboratory tables or classroom desks. The apparatus is portable and occupies minimal space, making it easy to move and set up wherever needed.
Q: What benefits does the analog scale provide?
A: The analog scale, graduated up to 10 mT, allows for direct and accurate measurement of the magnetic field strength. This real-time visual feedback helps users correlate applied current with the resulting magnetic field, enhancing conceptual clarity.
Q: How do multi-color components assist in operation?
A: The red, black, and bakelite-colored components aid quick identification of circuit connections and functional parts, streamlining setup and reducing errors during experiments.
Q: What is the capacity and accuracy of this magnetic field apparatus?
A: The MF-01 is suitable for educational and laboratory demonstrations, handling magnetic field strengths up to 10 mT with a measurement accuracy of 2% on the scale. Its robust design supports repeated experimental use.