Find the reaction energy (Q value) of the reaction

N +

He →

O +

H, given the following masses: Find the reaction energy (Q value) of the reaction N + He → O + H, given the following masses: N: 14.003074 u He: 4.002603 u O : 16.999131 u H: 1.007825 u (1 u = 931.5 MeV/c2) A) -1.191 MeV B) -2.030 MeV C) -3.241 MeV D) -6.724 MeV E) -9.055 MeV

N: 14.003074 u Find the reaction energy (Q value) of the reaction N + He → O + H, given the following masses: N: 14.003074 u He: 4.002603 u O : 16.999131 u H: 1.007825 u (1 u = 931.5 MeV/c2) A) -1.191 MeV B) -2.030 MeV C) -3.241 MeV D) -6.724 MeV E) -9.055 MeV

He: 4.002603 u Find the reaction energy (Q value) of the reaction N + He → O + H, given the following masses: N: 14.003074 u He: 4.002603 u O : 16.999131 u H: 1.007825 u (1 u = 931.5 MeV/c2) A) -1.191 MeV B) -2.030 MeV C) -3.241 MeV D) -6.724 MeV E) -9.055 MeV

O : 16.999131 u Find the reaction energy (Q value) of the reaction N + He → O + H, given the following masses: N: 14.003074 u He: 4.002603 u O : 16.999131 u H: 1.007825 u (1 u = 931.5 MeV/c2) A) -1.191 MeV B) -2.030 MeV C) -3.241 MeV D) -6.724 MeV E) -9.055 MeV

H: 1.007825 u
(1 u = 931.5 MeV/c²)
A) -1.191 MeV
B) -2.030 MeV
C) -3.241 MeV
D) -6.724 MeV
E) -9.055 MeV

A Stationary Plutonium-239 Nucleus Decays into a Uranium-235 Nucleus Plus

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