| Viva 2 | Causes of hypoxia and the alveolar gas equation () |
| Viva 5 | Oxygen cascade () |
| Viva 5 | Pharmacology of drugs used in the treatment of asthma () |
| Viva 2 (p.2) | Physiology and pharmacology of the work of breathing () |
| Viva 6 | Pulmonary circulation: anatomical shunts and venous admixture () |
| Viva 3 (p.2) | Difference between hypoxia and hypoxemia () |
| Viva 2 | Oxygen delivery devices and equipment () |
| Viva 1 (p.3) | Structure and function relationship of the respiratory tract () |
| Viva 8 | Pressure/volume loop interpretation () |
| Viva 2 (p.3) | Biological role of oxygen () |
| Viva 6 | Physiological effects of oxygen therapy () |
| Viva 3 | Respiratory changes due to pregnancyy () |
| Viva 7 | Respiratory volumes and spirometry () |
| Viva 6 | High flow oxygen therapy () |
| Viva 8 | Physiology of the Valsalva manoeuvre () |
| Viva 2 (p.2) | Role of chemoreceptors in the control of ventilation () |
| Viva 2 | Dead space and V/Q matching () |
| Viva 4 (p.2) | Lung volumes () |
| Viva 7 | Causes of hypoxemia () |
| Viva 2 | Oxygen cascade () |
| Viva 7 | Gas laws relevant to respiratory medicine () |
| Viva 8 | Ventilator waveform analysis () |
| Viva 2 | Pressure Volume Loops and the work of breathing () |
| Viva 8 | Lung volumes () |
| Viva 8 | Causes of hypoxia (V/Q mismatch) () |
| Viva 1(p.2) | Pulmonary vascular resistance () |
| Viva 1(p.2) | Mechanisms of post-extubation diuresis () |
| Viva 7 | Alveolar gas equation and the A-a gradient () |
| Viva 3(p.2) | Structure and function of the upper respiratory tract () |
| Viva 8(p.2) | Oxygen cascade () |
| Viva 1 | Interpretation of pressure-volume loops () |
| Viva 2(p.2) | Gas laws important to respiratory physiology () |
| Viva 5 | Interpretation of flow-volume loops () |
| Viva 1 | Control of ventilation () |
| Viva 3 | Tension-based indices of oxygenation () |
| Viva 2 | Relationship of partial pressure of CO2 to its concentration () |