On reaction with excess ammonia, chlorine gas gives nitrogen gas along with a compound X. X reacts with Ca(OH)_2 and gives Y, a colorless gas with pungent smell. Y on reaction with excess of chlorine gives Z and HCl. What is Z?

Write chemical equation when : Ammonia gas reacts with excess of chlorine gas.

Give the chemical equations for the following: Reaction of ammonia with excess of chlorine.

A metal X on heating in nitrogen gas gives Y,Y on treatment with H_(2)O gives a colourless gas which when passed through CuSO_(4) solution gives a blue colour. Y is:

Write balanced equations for the following reactions: Tin is treated with an excess of chlorine gas.

A metal X on heating in nitrogen gas gives Y,Y on treatment with H_(2)O gives a colourless gas which when passed through chloroplatinic acid produces yellow precipitate 'Y' is :

The reaction of slaked lime with Cl_2 gas gives

A white solid X reacts with dil. HCl to give colourless gas which is used in fire extinguishers. The solid X is

An element X burns in nitrogen to give a compound Y which on reaction with water gives a compound Z and a gas with a pungent smell. Z can be used during construction and white washing. When excess of CO_(2) is bubbled through Z, a compound P is formed which on heeating decomposes to give a compourless, odourless gas. identify X, Y, Z and P.

A compound 'X' of molecular formula C2H6O on heating with excess conc. Sulfuric acid at 443 K gives an unsaturated compound 'Y' . 'X' also reacts with sodium metal to evolve a colorless gas 'Z'. Identify 'X','Y' and 'Z'. Write the equation of the chemical reaction of formation of 'Y' and also write the role of sulfuric acid in the reaction.

Benzoic acid is treated with SOCl_2 and the product (X) formed is reacted with ammonia to give (Y). (Y) on reaction with Br_2 and KOH gives (Z). (Z) in the reaction is