Physics, 21.08.2019 21:30, Manuel2019
Find the total binding energy of the mass c = 12. u. nucleus (z =6), given the atomic a. 127.6 mev b. 104.6 mev c. 931.5 mev d. 92.2 mev e. 89.1 mev
Answers: 3
![\Delta m=[(n_p\times m_p)+(n_n\times m_n)+(n_e\times m_e)]-M](/tpl/images/0185/9050/c08be.png)
= number of protons = 6
= mass of one proton = 1.00728 u
= number of neutrons = 6
= mass of one neutron = 1.00866 u
= number of electrons = 6
= mass of one electron = 0.00054858 u![\Delta m=[(6\times 1.00728)+(6\times 1.00866)+(6\times 0.00054858)]-12\\\\\Delta m=0.098931u](/tpl/images/0185/9050/260eb.png)
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Find the total binding energy of the mass c = 12. u. nucleus (z =6), given the atomic a. 127.6 mev b...
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