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... Tube Number Carbohydrate type Benedict’s color Iodine color 1 Monosaccharide Yellow Rust 2 Disaccharide Green Rust 3 Polysaccharide Blue Blue Carbohydrate Benedict’s color Iodine color Type of carbohydrate Honey Dark yellow Yellow Monosaccharide Oats Blue Brown polysaccharide Table sugar Clear Yellow Disaccharide Pear Orange Yellow Monosaccharide Powdered sugar Blue Light yellow disaccharide Analysis/Questions: A certain sugar has no change in color when tested with benedict’s solution. (a) Can you tell what type of saccharide it is? It can be either disaccharide or polysaccharide. (b) Explain: Monosaccharide changes color when tested with Benedict’s solution. Disaccharide and polysaccharide do not. A certain type of sugar has no change in color when tested with iodine. (a) Can you tell what type of saccharide it is? It is either monosaccharide or disaccharide. (b) Explain: Polysaccharide is the only saccharide that changes color when tested with iodine solution. Mono- and di-saccharide do not. A certain sugar has a color change in Benedict’s solution. (a) Can you tell what type of saccharide it is? It is monosaccharide. (b) Explain: Monosaccharide changes color when tested with Benedict’s solution. A certain type of sugar has no color change in either Benedict’s solution or iodine solution. (a) Can you tell what type of saccharide it is? It is disaccharide. (b) Explain. Disaccharide is the only saccharide that does not change color in either Benedict’s solution or iodine solution. (a) Does the human diet have many foods, which are made up of only one saccharide typ...