Which of the following statements correctly interprets the concept of "packing fraction" () for eval β Nuclear Chemistry and Radioactivity Chemistry Question
Question
Which of the following statements correctly interprets the concept of "packing fraction" ($\frac{\text{Actual Mass} - \text{Mass Number}}{\text{Mass Number}} \times 10^4$) for evaluating nuclear stability?
Answer: C
π‘ Solution & Explanation
Carbon-12 has a packing fraction of exactly zero. Hydrogen has the highest positive packing fraction (+78). A negative or zero packing fraction means actual mass $\le$ mass number, meaning mass was lost to binding energy, implying high stability. Very light elements are exceptions to the positive rule.
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