Deflection of charged particles in a magnetic field

Demonstration of electrons (charged particles) moving through a uniform magnetic field produced by two Helmholtz coils and being deflected into a circular path. The experimental set up includes a Teltron tube, filled with fluorescent gas to trace path of electrons, cathode filament to produce electrons by thermionic emission, electric plates for accelerating the electrons, Helmholtz coils to produce the uniform magnetic field, and HT power supply.
Coming soon … charged particles moving through a veloctiy selector.
Relevant concepts: magnetic force, magnetic fields, electrons, and circular motion.

[@ahangmobab]

Good job, thanks for you.

[@gangllery1596]

thank you so much!!

[@divitmehta8384]

how do you increase the velocity of the electrons by increasing the electric field? Like how are they related?

[@cesarher9459]

Hello, thanks to the video. I would like to reproduce this experiment on my lab, could you tell please tell me the characteristics of all your components in order to get these and reproduce it. Thanks in advance.

[@AbhayKumar-um8vl]

Hey! Can you tell me about when two same charges moves with the same velocity in same direction will there be any magnetic force exerted on them??

[@AnujKumar-sx6ws]

when charged particles were shooted perpendicular to M.f. do particles moved only perpendicular to magnetic field or they also moved along magnetic field lines ?

[@megandigby1287]

To reproduce this demonstration, what type of teltron tube would I need to use, please?