Hydrogen combines with nitrogen to form _____ in the presence of iron as a catalyst at a high pressure and temperature

An element X of group 15 and period 2 exists as diatomic molecule. It combines with hydrogen and forms ammonia in the presence of a suitable catalyst. Draw the electron dot structure of the diatomic molecule, and identify and name the type of bond formed.

An element X of group 15 and period 2 exists as diatomic molecule. It combines with hydrogen and forms ammonia in the presence of a suitable catalyst. Draw the electron dot structure of ammonia.

From the list of gases given, choose the gas/gases which match the description given below: Gases : Ammonia, nitrogen dioxide, methane, nitric oxide, hydrogen, oxygen, chlorine, nitrogen. Two gases which react in the presence of copper catalyst at high temperatures to give an alcohol.

Alkenes combine with carbon monoxide and hydrogen in presence of octacarbonyldicobalt as catalyst under high temperature and pressure to form

An element X of group 15 and period 2 exists as diatomic molecule. It combines with hydrogen and forms ammonia in the presence of a suitable catalyst. Identify the element X.

An element X of group 15 and period 2 exists as diatomic molecule. It combines with hydrogen and forms ammonia in the presence of a suitable catalyst. Write the electronic configuration of X and count the number of valence electrons.

Hydrogenation of the above compound in the presence of poisoned Pd catalyst gives:

Hydrogenation of the adjoining compound in the presence of poisoned palladium catalyst gives.

Consider the Assertion and Reason given below. Assertion (A) : Ethene polymerized in the presence of Ziegler Natta Catalyst at high temperature and pressure is used to make buckets and dustbins. Reason (R) : High density polymers are closely packed and are chemically inert. Choose the correct answer from the following :

The gas(es) used in the hydrogenation of oils in presence of nickel as a catalyst is/are: