(a)[1]
Name the industrial process illustrated.
(b)[1]
State what $\Delta H$ stands for.
(c)[3]
State the usual conditions and name the catalyst used in the industrial manufacture of ammonia.
(d)[2]
State two ways of increasing the rate of this reaction.
(e)[3]
Use the bond energies listed in Table 3.1 together with $\Delta H$ to find the bond energy of an N-H bond, in kJ/mol. Follow the steps below.
(f(i))[1]
Complete the symbol equation for the laboratory preparation of ammonia: $\text{CaO} + 2\text{NH}_4\text{Cl} \rightarrow \text{CaCl}_2 + [BLANK] + 2\text{NH}_3$.
(f(ii))[1]
Name $\text{NH}_4\text{Cl}$.
(f(iii))[3]
Calculate the volume of ammonia, $\text{NH}_3$, at room temperature and pressure that is produced when 1.12 g of CaO is heated with excess $\text{NH}_4\text{Cl}$.