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The Isotopes of Promethium, and Are Unstable, and Lie

Question 33

Multiple Choice

The isotopes of promethium, The isotopes of promethium,   and   are unstable, and lie on opposite sides of the  line of stability . Which of the following combinations is most likely to represent the type of decay for these isotopes? A)  promethium-144, <font face= symbol ></font> decay; promethium-134, positron decay B)  promethium-144, positron decay; promethium-134, <font face= symbol ></font> decay C)  promethium-144, positron decay; promethium-134, electron capture D)  promethium-144, electron capture; promethium-134, positron decay E)  promethium-144, <font face= symbol ></font> decay; promethium-134, <font face= symbol ></font> decay and The isotopes of promethium,   and   are unstable, and lie on opposite sides of the  line of stability . Which of the following combinations is most likely to represent the type of decay for these isotopes? A)  promethium-144, <font face= symbol ></font> decay; promethium-134, positron decay B)  promethium-144, positron decay; promethium-134, <font face= symbol ></font> decay C)  promethium-144, positron decay; promethium-134, electron capture D)  promethium-144, electron capture; promethium-134, positron decay E)  promethium-144, <font face= symbol ></font> decay; promethium-134, <font face= symbol ></font> decay are unstable, and lie on opposite sides of the "line of stability". Which of the following combinations is most likely to represent the type of decay for these isotopes?


A) promethium-144, decay; promethium-134, positron decay
B) promethium-144, positron decay; promethium-134, decay
C) promethium-144, positron decay; promethium-134, electron capture
D) promethium-144, electron capture; promethium-134, positron decay
E) promethium-144, decay; promethium-134, decay

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