Question

Acid cased hydrolysis of (+) sucose is a first order reaction it gives a mixture of (+) glucose and (-) fructise as the product of hydrolysis i angle of rotation of the solution for a plane polarned hight is -12 at 1-8 and -12 at 1-and-at 1-3 minutes then

Half of the reaction is 100 minutes The reaction move inversion of optical nature of the solution

Sution will be optically active aher 10 minutes

Aher first half de solutions destrotatory

Answer 1

Answer:

Explanation:

Acid cased hydrolysis of (+) sucose is a first order reaction it gives a mixture of (+) glucose anddrolysis i angle of rotation of the solution for a plane polarned higlucose and (-) fructise as the product of hydrolysis i angle of rotation of the solution for a plane polarned hight is -12 at 1-8 and -12 at 1-and-at 1-3 minutes then

Half of the reaction is 100 minutes The reaction move inversion of optical nature of the solution

Sution will be optically active aher 10 minutes

Aher first half de solutions destrotatory

ht is -12 at 1-8 and -12 at 1-and-at 1-3 minutes then

Half of the reaction is 100 minutes The reaction move inversion of optical nature of the solution

(-) fructise as the product of hydrolysis i angle of rotation of the solution for a plane polarned hight is -12 at 1-8 and -12 at 1-and-at 1-3 minutes then

Half of the reaction is 100 minutes The reaction move inversion of optical nature of the solution

Sution will be optically active aher 10 minutes

Aher first half de solutions destrotatory

Answer 2

Answer:

B is the correct answer.

Hydrolysis of sucrose (dextrorotatory) into

glucose and

fructose gives overall levorotatory mixture of products, hence the process is known as "inversion of surgar"