2. Discuss the discovery of positron. How is a positron differet from an electron? 3. Using the relativistic relation between energy and momentum, calculate the energy of beam of particles of mass M', which can probe a distance of the order of 10-15m. 4. A quark composition of the A-particle is (uds). What is the charge?
2. Discuss the discovery of positron. How is a positron differet from an electron? 3. Using the relativistic relation between energy and momentum, calculate the energy of beam of particles of mass M', which can probe a distance of the order of 10-15m. 4. A quark composition of the A-particle is (uds). What is the charge?
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Transcribed Image Text:2. Discuss the discovery of positron. How is a positron different from an electron?
3. Using the relativistic relation between energy and momentum, calculate the energy of beam of particles of mass
"M', which can probe a distance of the order of 10-15m.
4. A quark composition of the A-particle is (uds). What is the charge?
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