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When a carbon-11 atom undergoes positron emission, it transforms into boron-11, decreasing the atomic number by 1 while maintaining the mass number. This process stabilizes the nucleus.
When a carbon-11 atom undergoes positron emission, it transforms into boron-11. This decay process does not change the mass number of the nucleus, but it decreases the atomic number of the daughter nucleus by 1. The emission of a positron results in an increase in the neutron-to-proton ratio, stabilizing the nucleus.
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