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201024. In an experiment, 4 g of M2O, oxide was reduced to2.8 g of the metal. If the atomic mass of the metal is56 g mol-, the number of O atoms in the oxide i(a) 1(c) 3(b) 2(d) 4(AFMC)

Answer» 201024. In an experiment, 4 g of M2O, oxide was reduced to2.8 g of the metal. If the atomic mass of the metal is56 g mol-, the number of O atoms in the oxide i(a) 1(c) 3(b) 2(d) 4(AFMC)


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