A bundle of positrons (the anti-matter equivalent of electrons) is travelling East along a beamline in a linear accelerator. The bundle contains 2.648E17 positrons. Each positron weighs 9.10938e-31kg. The bundle accelerates at 0.0256 m/s^2 East. How much work is the force of gravity doing on the bundle for every 1 m traveled? Include units in SI
A bundle of positrons (the anti-matter equivalent of electrons) is travelling East along a beamline in a linear accelerator. The bundle contains 2.648E17 positrons. Each positron weighs 9.10938e-31kg. The bundle accelerates at 0.0256 m/s^2 East. How much work is the force of gravity doing on the bundle for every 1 m traveled? Include units in SI
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Transcribed Image Text:A bundle of positrons (the anti-matter equivalent of electrons) is travelling East along a beamline in a linear accelerator. The bundle contains 2.648E17 positrons. Each
positron weighs 9.10938e-31kg. The bundle accelerates at 0.0256 m/s^2 East. How much work is the force of gravity doing on the bundle for every 1 m traveled? Include
units in SI
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