Processing Math: Done
Lösning 5.5:3
FörberedandeFysik
(Skillnad mellan versioner)
(Ny sida: a) <math>\mathrm{Q = (M_{2H} + M_{3H} –\, M_{He} + m_n)c^2}</math> <math>\mathrm{(M_{2H})c^2 = (M_H + m_n)c^2 – 2\cdot 1{,}16\, MeV}</math> <math>\mathrm{(M_{3H})c^2 = (M_H + 2m_n)c^2...) |
(Ny sida: a) <math>\mathrm{Q = (M_{2H} + M_{3H} –\, M_{He} + m_n)c^2}</math> <math>\mathrm{(M_{2H})c^2 = (M_H + m_n)c^2 – 2\cdot 1{,}16\, MeV}</math> <math>\mathrm{(M_{3H})c^2 = (M_H + 2m_n)c^2...) |
Nuvarande version
a)
1
16MeV
2
83MeV
7
07MeV
vilket ger 1
16−3
2
83−(−7
7
07)=17
47 MeV
b) 4
0(R2H+R3H)=(R=R0A1
3
R0=1
4fm)=380keV