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Exam Name MULTIPLE CHOICE. Choose the one alternative that best completes the statement or answers the question. 1) The total concentration of ions in a 0.250 M solution of HCl is . A) 0.250 M B).

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Nuclei that have low neutron-to-proton ratios decay by converting a proton to a neutron. The two possibilities are positron emission, which converts a proton to a neutron and a positron, and electron capture, which converts a proton and a core electron to a neutron.

- Therefore the number of neutrons in ${}_{82}^{206}Pb$ = 206 – 82 = 124. - Therefore the neutron : proton ratio in ${}_{82}^{206}Pb$ is 124 : 82 = 62 : 41.

For any Z there is a range of stable N. At low Z, N ≈ Z; as Z increases, the value of N/Z for which stability occurs gradually rises to around 1.58 for the heaviest stable nuclei, namely, those of lead (Z = 82).

Among stable nuclei and naturally occurring nuclei, this ratio generally increases with increasing atomic number.

Their stability is determined by the ratio of the number of neutrons to the number of protons in the nucleus. At low atomic masses, the stable ratio is approximately 1:1. At about an atomic mass number of 20 this starts to increase until it is around 1.5:1 for the very heavy elements.

Becquerel took this as evidence that his idea was correct, that the phosphorescent uranium salts absorbed sunlight and emitted a penetrating radiation similar to x-rays. He reported this result at the French Academy of Science meeting on February 24, 1896.

For low atomic numbers most stable nuclei have a neutron/proton ratio which is very close to 1. As the atomic number increases, the zone of stability corresponds to a gradually increasing neutron/proton ratio. In the case of the heaviest stable isotope, Bi20983 for instance, the neutron/proton ratio is 1.518.

Atoms which have unstable nuclei are radioactive and are called radioisotopes or radionuclides.

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