Refer to your 'Respiration' lecture notes for this. A soft copies of the lecture notes is available in your Google Classroom. 

(a) Identify components of mitochondria in drawings, photomicrographs and electronmicrographs.

(b) Outline the process of glycolysis, highlighting the location, raw materials used and products formed (knowledge of details of the intermediate compounds and isomerisation is not required).

(c) Outline the processes of the link reaction and Krebs cycle, highlighting the location, raw materials used and products formed (in terms of dehydrogenation and decarboxylation).

(d) outline the process of oxidative phosphorylation including the roles of oxygen and the electron transport chain (ETC) in aerobic respiration (names of complexes in the ETC, detailed mechanism of action of ATP synthase and calculation of total yield of ATP from oxidative phosphorylation are not required)

(e) Explain the production of a small yield of ATP from respiration in anaerobic conditions in yeast and in mammalian muscle tissue.

(f) Explain the significance of the formation of ethanol in yeast and lactate in mammals in the regeneration of NAD.

(g) Investigate the effect of factors such as substrate concentration, oxygen concentration and temperature on the rate of respiration.

(h) Outline chemiosmosis in respiration (names of complexes in the ETC are not required).