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Silver has the atomic number (number of protons) 47; two stable isotopes are 107Ag and 109 Ag. Those would have 107 - 47 = 60, and 109 - 47 = 62 neutrons, respectively. 107Ag is more abundant, but the difference in abundance is not much; natural silver contains about the same amount of both isotopes.

Silver has the atomic number (number of protons) 47; two stable isotopes are 107Ag and 109 Ag. Those would have 107 - 47 = 60, and 109 - 47 = 62 neutrons, respectively. 107Ag is more abundant, but the difference in abundance is not much; natural silver contains about the same amount of both isotopes.

Silver has the atomic number (number of protons) 47; two stable isotopes are 107Ag and 109 Ag. Those would have 107 - 47 = 60, and 109 - 47 = 62 neutrons, respectively. 107Ag is more abundant, but the difference in abundance is not much; natural silver contains about the same amount of both isotopes.

Silver has the atomic number (number of protons) 47; two stable isotopes are 107Ag and 109 Ag. Those would have 107 - 47 = 60, and 109 - 47 = 62 neutrons, respectively. 107Ag is more abundant, but the difference in abundance is not much; natural silver contains about the same amount of both isotopes.

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14y ago

Silver has the atomic number (number of protons) 47; two stable isotopes are 107Ag and 109 Ag. Those would have 107 - 47 = 60, and 109 - 47 = 62 neutrons, respectively. 107Ag is more abundant, but the difference in abundance is not much; natural silver contains about the same amount of both isotopes.

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Q: How many neutrons are usually found in the nucleus of an atom of silver?
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