Magnetic Force advanced level Physics Experiments

This Magnetic Force experiment system is designed to investigate the interaction between permanent magnetic dipoles and externally applied magnetic fields. Using a precision Helmholtz coil arrangement and a permanently magnetized disk, the system enables students to study magnetic forces, magnetic field gradients, magnetic moments, and the applications of the Biot-Savart Law through quantitative, hands-on experiments. The apparatus provides a clear understanding of magnetic force behavior in both uniform and non-uniform magnetic fields, making it ideal for introductory and advanced electromagnetism laboratories. Manufactured by Atico Export India.

Experiments :

• Demonstrate That No Net Force Acts on a Magnetic Dipole in a Uniform Magnetic Field.
• Observe the Alignment of a Magnetic Dipole with an External Magnetic Field.
• Investigate the Magnetic Force Acting on a Dipole in a Non-Uniform Magnetic Field.
• Measure the Magnetic Force Produced by a Magnetic Field Gradient.
• Determine the Magnetic Dipole Moment from Magnetic Force Measurements.
• Calibrate the Spring Using Hooke's Law.
• Measure the Axial Magnetic Field Gradient of a Single Current-Carrying Coil.
• Verify the Biot-Savart Law by Comparing Theoretical and Experimental Magnetic Field Gradients.
• Study the Relationship Between Magnetic Force and Magnetic Field Gradient.

• Magnetic Force Measurement
• Magnetic Dipole Studies
• Helmholtz Coil Experiments
• Biot-Savart Law Verification
• Magnetic Field Gradient Analysis
• Electromagnetism Laboratories
• Physics Teaching and Research

Standard Accessories :

• Helmholtz Coil Assembly – Operates in uniform field and field-gradient configurations
• Permanent Magnetic Dipole – Neodymium-Iron-Boron (NdFeB) magnetized disk
• Gimbal Suspension System – Allows free rotation of the magnetic dipole
• Precision Spring – For magnetic force measurements using Hooke's Law
• Spring Calibration Weights – Steel ball bearings for spring calibration
• Mounting Frame – Stable laboratory support structure
• Connection Leads – Standard laboratory connections
• Instruction Manual – Complete experiment guide

• Demonstrates the interaction between magnetic dipoles and external magnetic fields.
• Precision Helmholtz coil system for generating uniform magnetic fields and magnetic field gradients.
• Spring suspension system enables accurate magnetic force measurements using Hooke's Law.
• Allows quantitative determination of magnetic dipole moment.
• Supports verification of the Biot-Savart Law through experimental measurements.
• Suitable for undergraduate and advanced physics laboratories.