An 16O nucleus has a kinetic energy of 320 MeV (note this is regular classical motion so γ ∼ 1), what velocity must an electron have (in units of c) in order to stop the 16O nucleus in a head on collision? You will need to use all the digits that your calculator can display ten or more!
An 16O nucleus has a kinetic energy of 320 MeV (note this is regular classical motion so γ ∼ 1), what velocity must an electron have (in units of c) in order to stop the 16O nucleus in a head on collision? You will need to use all the digits that your calculator can display ten or more!
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An 16O nucleus has a kinetic energy of 320 MeV (note this is regular classical motion so γ ∼ 1), what velocity must an electron have (in units of c) in order to stop the 16O nucleus in a head on collision? You will need to use all the digits that your calculator can display ten or more!
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