To solve this problem, we need to understand the hydrolysis of sucrose.$\newline$Sucrose is a disaccharide composed of $\alpha$-D-Glucose and $\beta$-D-Fructose. \newline \text{When sucrose undergoes hydrolysis, it breaks down into its constituent monosaccharides.$\newline$The hydrolysis reaction of sucrose can be represented as:$\newline$Sucrose$+ H_2O \rightarrow \alpha$-D-Glucose$+ \beta$-D-Fructose$\newline$Explanation:$\newline$• Sucrose consists of one glucose unit and one fructose unit.$\newline$• During hydrolysis, the glycosidic bond between glucose and fructose is cleaved.$\newline$• This results in the formation of $\alpha$-D-Glucose and $\beta$-D-Fructose.$\newline$Analyzing the options:$\newline$• Option 1: $\alpha$-D-Glucose$+ \beta$-D-Glucose$$ is incorrect because sucrose does not yield two glucose molecules.$\newline$• Option 2: $\alpha$-D-Glucose$+ \beta$-D-Fructose$$ is correct as it matches the products of sucrose hydrolysis.$\newline$• Option 3: $\alpha$-D-Fructose$+ \beta$-D-Fructose$$ is incorrect because sucrose does not yield two fructose molecules.$\newline$• Option 4: $\beta$-D-Glucose$+ \alpha$-D-Fructose$$ is incorrect because it does not match the stereochemistry of the hydrolysis products.$\newline$Therefore, the correct option is Option 2.