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Which of the Following Represents the Correct Nuclear Equation for the Alpha

Question 24

Multiple Choice

Which of the following represents the correct nuclear equation for the alpha decay of $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$ ?

A) $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$ $\rightarrow$ $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$
+ $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$
B) $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$ + $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$ $\rightarrow$ $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$
C) $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$ $\rightarrow$ $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$ + $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$
D) $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$ + $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$ $\rightarrow$ $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$
E) $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$ $\rightarrow$ $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$ + $Which of the following represents the correct nuclear equation for the alpha decay of ? A) \rightarrow + B) + \rightarrow C) \rightarrow + D) + \rightarrow E) \rightarrow +$

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