You have a machine that produces a beam of π(pi) mesons moving at a speed of 0.9938c. In your lab, you aim this beam at a target that is 278.70 m away from your machine. The half‑life for π(pi) meson decays is 26.0 ns. 1. Calculate the time it takes in ns, in the lab frame, for particles to travel from your machine to the target. 2. Find the classically expected fraction of particles that would reach the target without having decayed. 3. Find the time it takes, in the rest frame of the particles, for a particle to travel from the machine to the target.
You have a machine that produces a beam of π(pi) mesons moving at a speed of 0.9938c. In your lab, you aim this beam at a target that is 278.70 m away from your machine. The half‑life for π(pi) meson decays is 26.0 ns. 1. Calculate the time it takes in ns, in the lab frame, for particles to travel from your machine to the target. 2. Find the classically expected fraction of particles that would reach the target without having decayed. 3. Find the time it takes, in the rest frame of the particles, for a particle to travel from the machine to the target.
University Physics Volume 3
17th Edition
ISBN:9781938168185
Author:William Moebs, Jeff Sanny
Publisher:William Moebs, Jeff Sanny
Chapter11: Particle Physics And Cosmology
Section: Chapter Questions
Problem 81CP: Plans for ail accelerator that produces a secondary beam of K mesons to scatter from nuclei, for the...
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You have a machine that produces a beam of π(pi) mesons moving at a speed of 0.9938c. In your lab, you aim this beam at a target that is 278.70 m away from your machine. The half‑life for π(pi) meson decays is 26.0 ns.
1. Calculate the time it takes in ns, in the lab frame, for particles to travel from your machine to the target.
2. Find the classically expected fraction of particles that would reach the target without having decayed.
3. Find the time it takes, in the rest frame of the particles, for a particle to travel from the machine to the target.
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