I don't think they'll ask you too much about the Ostwald process. Someone in this thread pointed this out by reading the Chemistry course notes which says that:
"
Candidates should know the startingmaterials and the end product for thecommercial production of nitric acid. Details ofthe Ostwald process are not required."
As for the Haber Process the course notes say the following:
"
The Haber process: to include the balancedequation and catalyst used."
These are what the course notes say you need to know "Mandatory Course key areas"
Covalent Bonding:
1) This is a shared pair of electrons between TWO NON-METAL ATOMS.
2) Covalent Networks:
-Have high melting and boiling points.
-They do not conduct electricity expect for Graphite. (If they ask you why then say that the "Electrons in Graphite are delocalised"
-They are solid at room temperature.
3) Covalent Molecular:
-Low melting and boiling points.
-Do not conduct electricity.
Ionic Bonding:
1) They are formed between a metal and a non-metal.
2) An Ionic bond is the electrostatic force of attraction between a positively charged ion (metal) and a negatively charged ion (non-metal)
3) Ionic Lattice:
-High melting and boiling points.
-Only conduct when molten, Because the ions are then free to move.
-Solid at room temperature