(there are 22 questions in this topic)
| Question 18 | Non-invasive oscillometric vs. invasive arterial blood pressure monitoring |
| Question 13 | Viscosity, density and their consequences |
| Question 8 | Co-oximetry |
| Question 17 | Damping and resonance |
| Question 17 | Difference between proximal and distal arterial line waveforms |
| Question 19 | Methods of temperature measurement. |
| Question 9 | Principles of electrocardiography |
| Question 9 | Principles of measurement of end-tidal CO2. |
| Question 12 | Resonance and damping in arterial blood pressure monitoring |
| Question 22 | Principles of ABG measurement (various electrodes) |
| Question 7 | Principles underlying pulse oximetry. |
| Question 5 | Principles of oxygen saturation measurement using a pulse oximeter. |
| Question 24 | Resonance and damping in invasive arterial blood pressure monitoring |
| Question 5 | Principles of ECG monitoring and methods of ECG artifact reduction |
| Question 23 | Pharmacology of vasoactive agents: noradrenaline and vasopressin |
| Question 13 | ECG and the cardiac cycle; also the ECG effects of digoxin and amiodarone |
| Question 12 | Measurement of cardiac output using an indicator dilution technique |
| Question 2(p.2) | Basic principles of ultrasound imaging |
| Question 4 | Measurement of EtCO2 |
| Question 3 | Principles of pulse oximetry |
| Question 12(p.2) | End-tidal CO2 measurement: causes of the EtCO2-PaCO2 gap |
| Question 4 | Principles of ultrasound imaging — including the Doppler Effect. |