Let's suppose to have two ions with same charge, q, and masses m1 and m2 initially at rest. We turn on a potential difference V and therefore they get accelerated. They are forced to go through a hole, H, in a wall, W, and enter a region A where a magnetic field, orthogonal to their velocity, is present. Therefore, they will be deflected. What will be the separation between them when the hit the wall back?
Let's suppose to have two ions with same charge, q, and masses m1 and m2 initially at rest. We turn on a potential difference V and therefore they get accelerated. They are forced to go through a hole, H, in a wall, W, and enter a region A where a magnetic field, orthogonal to their velocity, is present. Therefore, they will be deflected. What will be the separation between them when the hit the wall back?
Chapter7: Electric Potential
Section: Chapter Questions
Problem 72P: The practical limit to all electric field in air is about 3.00106 N/C. Above this strength, sparking...
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