a 333 mg sample of a liquid mixture methanol (CH3OH- molar mass+320 g/mol) and ethanol (C2H5)H=46.0...

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a 333 mg sample of a liquid mixture methanol (CH3OH- molar mass+320 g/mol) and ethanol (C2H5)H=46.0 g/mol) is burned to produce 528 mg of CO2. Determine the % (by mass) of CH3OH in the mixture. ( Hint: write the balanced chemical equation for the combustion of methanol and ethanol seperately)

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a 333 mg sample of a liquid mixture methanol (CH3OH- molar mass+320 g/mol) and ethanol (C2H5)H=46
a 333 mg sample of a liquid mixture methanol (CH3OH- molar mass+320 g/mol) and ethanol (C2H5)H=46.0 g/mol) is burned to produce 528 mg of CO2. Determine the % (by mass) of CH3OH in the mixture. ( Hint:

a 333 mg sample of a liquid mixture methanol (CH3OH- molar mass+320 g/mol) and ethanol (C2H5)H=46.0 g/mol) is burned to produce 528 mg of CO2. Determine the % (by mass) of CH3OH in the mixture. (...

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