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    Exam 32: Nuclear Physics and Nuclear Radiation
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    The Equation Shows a Fission Reaction
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The Equation Shows a Fission Reaction

Question 59

Question 59

Multiple Choice

The equation shows a fission reaction: The equation shows a fission reaction:   U +   N →   Nb + X + 4   N What is the missing term X in the equation? A)    Ag B)    Sb C)    Sb D)    Ag E)    Sb
U + The equation shows a fission reaction:   U +   N →   Nb + X + 4   N What is the missing term X in the equation? A)    Ag B)    Sb C)    Sb D)    Ag E)    Sb
N → The equation shows a fission reaction:   U +   N →   Nb + X + 4   N What is the missing term X in the equation? A)    Ag B)    Sb C)    Sb D)    Ag E)    Sb
Nb + X + 4 The equation shows a fission reaction:   U +   N →   Nb + X + 4   N What is the missing term X in the equation? A)    Ag B)    Sb C)    Sb D)    Ag E)    Sb
N
What is the missing term X in the equation?


A) The equation shows a fission reaction:   U +   N →   Nb + X + 4   N What is the missing term X in the equation? A)    Ag B)    Sb C)    Sb D)    Ag E)    Sb Ag
B) The equation shows a fission reaction:   U +   N →   Nb + X + 4   N What is the missing term X in the equation? A)    Ag B)    Sb C)    Sb D)    Ag E)    Sb Sb
C) The equation shows a fission reaction:   U +   N →   Nb + X + 4   N What is the missing term X in the equation? A)    Ag B)    Sb C)    Sb D)    Ag E)    Sb Sb
D) The equation shows a fission reaction:   U +   N →   Nb + X + 4   N What is the missing term X in the equation? A)    Ag B)    Sb C)    Sb D)    Ag E)    Sb Ag
E) The equation shows a fission reaction:   U +   N →   Nb + X + 4   N What is the missing term X in the equation? A)    Ag B)    Sb C)    Sb D)    Ag E)    Sb Sb

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