Write the chemical reactions of glucose with
(i) `NH_2OH` (ii) `(CH_3CO)_2O` . Also draw Fischer projections of D-glucose and L-glucose.

Write the chemical equations for the reactions of glucose with (i) acetic anhydride (ii) NH_2OH . Also draw Fischer projections of a D-glucose and L-glucose.

Write the chemical equation for the reaction of glucose with bromine water.

Write chemical equations for reaction of acetaldehyde with NH_(2)OH

The Fischer projection formula of D-glucose is (i) Give Fischer projection formula of L-glucose (ii) Give the product of reaction of L-glucose with Tollen's reagent.

Write the reactions of D-glucose which can't be explained by its open chain structure. How can cyclic structure of glucose explain these reactions?

Write the reaction of Mg^(2+) with Na_(2) HP O_(4) in presence of NH_(4) OH and NH_(4) CI.

Photosysthesis si a bio process by which plants make energy rich molecules from low energy molecules with the help of energy from sunlight . The photosysthesis of glucose can be represented as: 6CO_(2(g))+ 6H_(2)O_(g) + hv rarr C_(5)H_(12)O_(6(s)) + 6O_(2)(g)..........(i) The energy of one mole of a photon of wave lenght is known as one Einstein. 48 Einsteins of 650nm are absorbed by a plant for the production of 1 mole of glucose as given in equation (i). Calculate the % efficiency for the production of glucose by photosynthsis. The energy requried for the formation of 1 mole of glucose is 2870 KJ.

Glucose on treatment with NH_2 OH undergoes

Find %w/w of H_2O in solution containing glucose with X_(glucose) = 0.1

Glucose on reaction with Br_(2) water gives