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Find the Reaction Energy (Q Value) of the Reaction

Question 66

Multiple Choice

Find the reaction energy (Q value) of the reaction 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/c<sup>2</sup>) A) -1.191 MeV B) -2.030 MeV C) -3.241 MeV D) -6.724 MeV E) -9.055 MeV N + 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/c<sup>2</sup>) A) -1.191 MeV B) -2.030 MeV C) -3.241 MeV D) -6.724 MeV E) -9.055 MeV
He → 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/c<sup>2</sup>) A) -1.191 MeV B) -2.030 MeV C) -3.241 MeV D) -6.724 MeV E) -9.055 MeV
O + 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/c<sup>2</sup>) A) -1.191 MeV B) -2.030 MeV C) -3.241 MeV D) -6.724 MeV E) -9.055 MeV
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/c<sup>2</sup>) 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/c<sup>2</sup>) 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/c<sup>2</sup>) 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/c<sup>2</sup>) 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

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