Converting the mass of the electron to MeV/c^2. m_e in MeVc^-2, electron mass in MeVc^-2.
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Converting the mass of the electron to MeV/c^2. m_e in MeVc^-2, electron mass in MeVc^-2.
In order to convert the mass of the electron into MeV/c^2, we start with a reminder of the equation for the energy equivalence of mass: E=mc^2. We also solve this equation for m to get m=E/c^2.
Next, we find the energy equivalence of the electron by multiplying by the speed of light squared. We then convert the energy into MeV.
Finally, we state the mass as m=E/c^2 with the energy in MeV, so we obtain the electron mass in the units of MeV/c^2.
Converting the mass of the electron to MeV/c^2. m_e in MeVc^-2, electron mass in MeVc^-2.
In order to convert the mass of the electron into MeV/c^2, we start with a reminder of the equation for the energy equivalence of mass: E=mc^2. We also solve this equation for m to get m=E/c^2.
Next, we find the energy equivalence of the electron by multiplying by the speed of light squared. We then convert the energy into MeV.
Finally, we state the mass as m=E/c^2 with the energy in MeV, so we obtain the electron mass in the units of MeV/c^2.
3 سال پیش
در تاریخ 1400/02/21 منتشر شده
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