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- In what direction is the beam going?
- How many beam tracks are there?
- How many collisions are there?
- How many vees are there?
- How many kinks are there?
- What does the fact that you see a track indicate?
- How can you tell if two tracks represent particles of the opposite charge?
- What physical property of a particle is determined by the curvature of its track?
- What causes a kink?
- What causes a vee?
- What are the small crosses?
- What is the charge of the target particles?
- What is the charge of the beam?
- In which direction are the neutral particle(s) moving from the kinks?
- What needs to happen for a track to kink twice?
- How does the difference in mass between the initial state (before the kink) and the final state (after the kink) affect the angle of the kink?
- What particles can cause a vee?
- From which point do the particles that cause the vees come?
For answers to questions in logical order, click here.
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