Derive the following equation for a singly charged particle with momentum p, curving with a radius r inside a magnetic f

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Derive the following equation for a singly charged particle with momentum p, curving with a radius r inside a magnetic f

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Derive The Following Equation For A Singly Charged Particle With Momentum P Curving With A Radius R Inside A Magnetic F 1
Derive The Following Equation For A Singly Charged Particle With Momentum P Curving With A Radius R Inside A Magnetic F 1 (67.11 KiB) Viewed 41 times
Derive the following equation for a singly charged particle with momentum p, curving with a radius r inside a magnetic field B perpendicular to the momentum direction: Gev = 0.3 5 MARK QUESTION Ов a Two tracks are recorded separated by an angle of 0 = 60° in a tracking chamber inside a magnetic field of 3 T (see above). If the recorded curvature radii of the two decay products are 25 m and 400 m respectively, and we can neglect the mass of the decay products, what is the reconstructed mass of the decaying particle?
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