Using this balanced chemical equation: C6H12O6+6O2----6O2+6H2O There are 30.0 gr
ID: 680400 • Letter: U
Question
Using this balanced chemical equation: C6H12O6+6O2----6O2+6H2O There are 30.0 grams of glucose in a snickers bar. How muchwater, in grams, is produced from the reaction of 30.0 grams ofglucose? And Intravenous solutions of glucose contain 5.0% (m/v) glucose,which is about 50 times higher than normal blood glucoseconcentration. How many mL of 5.0% (m/v) must be delivered toreceive 30.0 grams of glucose? Using this balanced chemical equation: C6H12O6+6O2----6O2+6H2O There are 30.0 grams of glucose in a snickers bar. How muchwater, in grams, is produced from the reaction of 30.0 grams ofglucose? And Intravenous solutions of glucose contain 5.0% (m/v) glucose,which is about 50 times higher than normal blood glucoseconcentration. How many mL of 5.0% (m/v) must be delivered toreceive 30.0 grams of glucose?Explanation / Answer
FIRST QUESTION n(Glucose) = m/M = 30/180.156 = 0.1665mol n(Water) = 6/1 x 0.1665 = 0.9991mol m(Water) = nM = 0.9991 x 18.016 = 18.00g SECOND QUESTION In the intravenous solution, in every mL, there is 0.05g ofglucose. To receive 30g of glucose, intravenous solution needed = 30/0.05 =600mL Hope this helps!
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