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4- The element silver exists in nature as two isotopes, 10 Ag with atomic mass of 106.905 amu, and 10A th atomic mass 108.905 amu. The accepted atomic mass of Ag is 107.870 amu. Calculate the relative amounts of 10 Ag and 10 Ag in nature. 5-Determine the molecular mass or formula mass in amä»for each of the following compounds to the maximum number of significant figures possible. a) Au d) N2Os P) NHs b) Cl2 e) Al2(Cr01) c) FeS f) SO,2
please i want the asnwer as soon as possible
thank you
4- The element silver exists in nature as two isotopes, 10 Ag with atomic mass of 106.905 amu, and 10A th atomic mass 108.905 amu. The accepted atomic mass of Ag is 107.870 amu. Calculate the relative amounts of 10 Ag and 10 Ag in nature. 5-Determine the molecular mass or formula mass in amä»for each of the following compounds to the maximum number of significant figures possible. a) Au d) N2Os P) NHs b) Cl2 e) Al2(Cr01) c) FeS f) SO,2
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