Illinois Flight Paramedic Certification Examination Practice Questions And Correct Answers (Verified Answers) Plus Rationales 2026 Q&A | Instant Download Pdf
- What is the primary physiological risk when transporting a patient to
- Hypermagnesemia
- Fluid overload
- Hypoxia
- Increased venous return
- Boyle’s Law explains which flight-related risk? 1 / 4
higher altitude?
Hypoxia At altitude, reduced partial pressure of oxygen decreases arterial oxygenation, making hypoxia the key concern.
- Effect of altitude on FiO₂
- Expansion of trapped gases
- Changes in blood flow
- Carbon dioxide retention
- A patient with untreated pneumothorax should be transported at what
- As high as possible
- Lowest altitude possible
- Moderate altitude
- No altitude restriction
Expansion of trapped gases Boyle’s Law states gas volume increases as ambient pressure decreases — relevant to pneumothorax, bowel gas, etc.
altitude?
Lowest altitude possible Gas in the pleural space will expand with altitude; minimizing altitude prevents worsening tension pneumothorax.
4. In flight medicine, Dalton’s Law refers to:
- Gas solubility in liquids
- Gas diffusion in tissues
- Partial pressures of gases
- Pressure–volume relationship
Partial pressures of gases 2 / 4
Dalton’s Law states total pressure is sum of partial pressures, relevant to decreased oxygen availability at high altitude.
- What is the main purpose of RSI in an airway‐compromised trauma
- To increase tidal volume
- To treat tracheal stenosis
- To secure airway rapidly
- To reduce metabolic rate
- During positive pressure ventilation, which complication is a major
- Hyperkalemia
- Hypothermia
- Barotrauma
- Bradycardia
- A patient with suspected tension pneumothorax requires: 3 / 4
patient?
To secure airway rapidly RSI quickly provides definitive airway control in critically ill or injured patients.
concern?
Barotrauma High pressure ventilation can damage alveoli, causing pneumothorax or subcutaneous emphysema.
- X-ray before treatment
- IV fluids first
- Needle decompression
- Passive oxygenation
- What is the preferred needle decompression site?
- 4th intercostal space midclavicular
- 2nd intercostal space midaxillary
- 5th intercostal space anterior axillary line
- 8th intercostal space midline
- Which cardiac rhythm commonly results from profound hypoxia?
- Atrial flutter
- Pulseless electrical activity
- Supraventricular tachycardia
- AV block
- The best airway for a patient with crushed larynx is:
- / 4
Needle decompression Relieves intrathoracic pressure, restoring venous return and ventilation.
5th intercostal space anterior axillary line Recommended site reduces failure rate due to tissue thickness.
Pulseless electrical activity PEA often results from hypoxia, tension pneumothorax, tamponade, or severe metabolic disturbances.