The ratio of the relative strengths of strong and weak nuclear forces is
- A$10^{13}$
- B$10^{26}$
- C$10^{39}$
- D$10^{11}$
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Why is radioactivity considered a nuclear phenomenon?
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View SolutionMatch the following types of nuclei with their respective examples:
Column-$I$ Column-$II$ $A$. Isotopes $i$. $Li^7, Be^7$ $B$. Isobars $ii$. $_8O^{18}, _9F^{19}$ $C$. Isotones $iii$. $_1H^1, _1H^2$
| Column-$I$ | Column-$II$ |
| $A$. Isotopes | $i$. $Li^7, Be^7$ |
| $B$. Isobars | $ii$. $_8O^{18}, _9F^{19}$ |
| $C$. Isotones | $iii$. $_1H^1, _1H^2$ |
As the mass number $A$ increases, which of the following quantities related to a nucleus does not change?
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