Problem 3 Physicists love to play with charged objects (especially when they smash together). Here, though, imagine the near-miss trajectory shown in Figure 1. It
Problem 3 Physicists love to play with charged objects (especially when they smash together). Here, though, imagine the near-miss trajectory shown in Figure 1. It involves two particles, one twice the charge of the other. The smaller particle is shot towards the bigger one, which is fixed, and I'm wondering if you can compare the speed of +20 the smaller one at points 1 and 2. Is it going faster, slower, or the same speed at 2 as compared to 1? If you can't say, what more would Figure 1: Two particles miss you need to know? (You can ignore any gravitational or dissipative each other. effects)
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