- Movement within a magnetic field next to electrons under different voltages
- Study of the Lorentz force and the Biot-Sawart law for various accelerating voltage and current values according to the orbit of the electron beams
- Calculation of the magnetic field generated by two Helmholtz coils passing through the electric current
- Experimental determination of charge / mass (e / m) ratio of cathode rays (electrons)
Categories: Modern Physics
An electromagnetic Lorentz force is applied to an electron moving at a velocity v perpendicular to a uniform magnetic field (B) perpendicular to the velocity and magnetic field. You will be learning how to calculate the specific weight of an electron-based on this information. Don’t forget to check your data during the experiment.
Join us to test the Millikan oil drop experiment. Start the experiment, follow the process, collect your final data to crosscheck and don’t forget tha
Join us to calculate the Hall Effect’s parameters such as voltage changes and constants. Gather your data and crosscheck!