assuming fully decomposed , the volume of CO2 released at stp of heating on 9.85 gm BACO3 will
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BaCO3 - BaO + CO2 ( 197 g) According to the given equation, 1 mole (197 g) of Barium carbonate gives 1 mole (22.4 L) of Carbon di-oxide. Therefore, 9.85 g of Barium carbonate will give (22.4x9.85) / 197 = 1.12 L of Carbon di-oxide gas at S.T.P
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