Respuesta :
Molecular weight of Nitrogen Oxide, NO
14g/mol N + 16g/mol O = 30 g/mol NO
Molecular weight Nitrogen Dioxide, NO2
14g/mol N + 2(16g/mol O) = 46g/mol NO2
Calculate mole NO
1,500 kg × (1,000g / 1kg) × (1mol / 30 g NO) = 50,000 mol NO
Calculate theoretical yield for the product NO2 ; assuming 1:1 stoichiometry.
50,000 mol × (46 g / mol NO2) × (1kg / 1,000g) = 2,300 kg NO2
Percent yield = 100 × (actual yield / theoretical yield)
100 × (1,500kg / 2,300kg) = 65%
14g/mol N + 16g/mol O = 30 g/mol NO
Molecular weight Nitrogen Dioxide, NO2
14g/mol N + 2(16g/mol O) = 46g/mol NO2
Calculate mole NO
1,500 kg × (1,000g / 1kg) × (1mol / 30 g NO) = 50,000 mol NO
Calculate theoretical yield for the product NO2 ; assuming 1:1 stoichiometry.
50,000 mol × (46 g / mol NO2) × (1kg / 1,000g) = 2,300 kg NO2
Percent yield = 100 × (actual yield / theoretical yield)
100 × (1,500kg / 2,300kg) = 65%