NADH (nicotinamid adenine dinucleotide) supplies hydrogen in living cells for biosynthesis reactions such as: CO +...

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NADH (nicotinamid adenine dinucleotide) supplies hydrogen in living cells for biosynthesis reactions such as: CO₂ + 4H CH2O + H2O If you saturate 1 L of deaerated water with CO2 gas at 20 °C (the solubility is 3 g CO₂/L) and add enough NADH to provide 0.08 g of H into a bioreactor used to imitate the reactions in cells, and obtain 0.7 g of CH₂O, what is the extent of reaction for this reaction? Use the extent of reaction to determine the number of grams of CO₂ left in solution. Also determine the limiting and excess reactants. Note: MW of CO2 is 44 g/mol and MW of CH₂O is 30 g/mol Formula for calculating the extent of reaction: N₁ - nio Vi NADH (nicotinamid adenine dinucleotide) supplies hydrogen in living cells for biosynthesis reactions such as: CO₂ + 4H CH2O + H2O If you saturate 1 L of deaerated water with CO2 gas at 20 °C (the solubility is 3 g CO₂/L) and add enough NADH to provide 0.08 g of H into a bioreactor used to imitate the reactions in cells, and obtain 0.7 g of CH₂O, what is the extent of reaction for this reaction? Use the extent of reaction to determine the number of grams of CO₂ left in solution. Also determine the limiting and excess reactants. Note: MW of CO2 is 44 g/mol and MW of CH₂O is 30 g/mol Formula for calculating the extent of reaction: N₁ - nio Vi