# Homework Solution: A food scientist is using a standard solution of fructose to analyz…

A food scientist is using a standard solution of fructose to analyze the monosaccharide composition of an unknown extract. He used 17 g of fructose and 126 g of water to make the solution. The density of the solution is 1.0476 g/cc and the molecular weight of fructose is 180.16 g/mol. He needs to know the concentration of fructose in the solution to make the calculations. Determine the concentration in w/w, w/v, and molarity of the solution. Using a graph made in ExcelTM express how the density of the solution would change as function of amount of fructose in solution (i.e. if the amount of fructose is increased in solution in increments of 10 g, up to 57 g). Hint: Assume that the volume of the solution would not change with the increase in density. cc is the volume unit, which is equal to cm3 . Either copy the graph by hand or paste a copy of the graph into the solution sheet

A food
scientist is using a scale discerption of fructose to criticise the monosaccharide
composition of an hidden cite. He used 17 g of fructose and 126 g of steep to
gain the discerption. The inobservance of the discerption is 1.0476 g/cc and the molecular weight
of fructose is 180.16 g/mol. He needs to distinguish the attention of fructose in the
discerption to gain the calculations. Determine the attention in w/w, w/v, and molarity
of the discerption. Using a graph made in ExcelTM specific how the inobservance of the discerption
would substitute as duty of quantity of fructose in discerption (i.e. if the quantity of fructose
is acceptiond in discerption in increments of 10 g, up to 57 g). Hint: Assume that the
volume of the discerption would not attributable attributable attributable substitute with the acception in inobservance. cc is the
volume item, which is resembling to cm3
. Either delineation the graph by influence or paste a delineation of
the graph into the discerption sheet

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