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One of the Nuclear Fusion Reactions That Occurs in Stars

Question 13

Multiple Choice

One of the nuclear fusion reactions that occurs in stars is: One of the nuclear fusion reactions that occurs in stars is:   where the masses are   = 20.993 849 u;   = 4.002 603 u;   = 23.985 042 u; and   = 1.008 665 u. How much energy is released in this reaction? A) 2.557 MeV B) 4.572 MeV C) 6.452 MeV D) 8.493 MeV E) 9.370 MeV where the masses are One of the nuclear fusion reactions that occurs in stars is:   where the masses are   = 20.993 849 u;   = 4.002 603 u;   = 23.985 042 u; and   = 1.008 665 u. How much energy is released in this reaction? A) 2.557 MeV B) 4.572 MeV C) 6.452 MeV D) 8.493 MeV E) 9.370 MeV = 20.993 849 u; One of the nuclear fusion reactions that occurs in stars is:   where the masses are   = 20.993 849 u;   = 4.002 603 u;   = 23.985 042 u; and   = 1.008 665 u. How much energy is released in this reaction? A) 2.557 MeV B) 4.572 MeV C) 6.452 MeV D) 8.493 MeV E) 9.370 MeV = 4.002 603 u; One of the nuclear fusion reactions that occurs in stars is:   where the masses are   = 20.993 849 u;   = 4.002 603 u;   = 23.985 042 u; and   = 1.008 665 u. How much energy is released in this reaction? A) 2.557 MeV B) 4.572 MeV C) 6.452 MeV D) 8.493 MeV E) 9.370 MeV = 23.985 042 u; and One of the nuclear fusion reactions that occurs in stars is:   where the masses are   = 20.993 849 u;   = 4.002 603 u;   = 23.985 042 u; and   = 1.008 665 u. How much energy is released in this reaction? A) 2.557 MeV B) 4.572 MeV C) 6.452 MeV D) 8.493 MeV E) 9.370 MeV = 1.008 665 u. How much energy is released in this reaction?


A) 2.557 MeV
B) 4.572 MeV
C) 6.452 MeV
D) 8.493 MeV
E) 9.370 MeV

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