What is the action of
(i) anhydrous `ZnCl_(2)` on glycol
(ii) Con.HI on glycerol
(iii) heat on a mixture of glycerol and oxalic acid (533 K)

What is the shape of each of the given compounds? (i) H_(2)C = O (ii) CH_(3)CI (iii) HCN

Convert the following : (i) glycol rarr Formaldehyde (ii) glycerol rarr TNG (iii) glycerol rarr Glycerol Triacetate

How can the following conversion be effected ? (i) glycerol rarr acrolein (ii) glycol rarr dioxan (iii) oxalic acid rarr formic acid

Pick up the reactions form the following where a water molecule is removed and reduction of NAD^(+) does not occur in the reactions of respiration (i) Succinic acid to fumaric acid (ii) Malic acid to oxalacetic acid (iii) 2-phosphoglycerate to phosphoenol pyruvic acid (iv) Pyruvic acid to acetyl CoA

Liquid A, B and C are at temperature 15^(@)C, 25^(@)C and 35^(@)C respectively. When equal masses of A and B are mixed, the temperature becomes 21^(@)C . Temperature of the mixture of equal masses of B and C becomes 32^(@)C . (i) Show that the ratio of the specific heats of A and C is 2:7 . (ii) What will be the final temperature of the mixture of equal masses of A and C?

How does anisole reacts with : (i) Br_(2) in CS_(2) (ii) HI at 373 K ?

What will be the spatial distribution of (i) sp^(3) , (ii) sp^(2) and (iii) sp hybrid orbitals?

Given that : (i) heat of formation of water = -68.3 kcal (ii) heat of combustion of acetylene = - 310.6 kcal (iii) heat of combustion of ethylene = - 337.2 kcal. Calculate the heat of reaction for the hydrogenation of acetylene at constant volume (25^(@)C) .

State, with equations, what happens when : A mixture of sodium chlorate and oxalic acid is heated at 363K

At 700K, equilibrium constant for the reaction: H_(2)(g)+I_(2)(g)hArr 2HI(g) is 54.8. if 0.5 mol*L^(-1) of HI(g) is present at equilibrium at 700 K, what are the concentrations of H_(2)(g) and I_(2)(g) assuming that we initially started with HI(g) and allowed it to reach equilibrium at 700 K ?