Anesthesia Ventilators Quiz: Trivia Test!

8 Questions | Total Attempts: 500

SettingsSettingsSettings
Please wait...
Anesthesia Quizzes & Trivia

.


Questions and Answers
  • 1. 
    The following are all types of controls (drive mechanisms) except for:
    • A. 

      Pneumatic

    • B. 

      Galvanic

    • C. 

      Fluidic

    • D. 

      Electronic

  • 2. 
    All current anesthesia ventilators are powered by _________ gas.
  • 3. 
    In an ascending bellows during exhalation, the driving gas will vent to:
    • A. 

      Scavenging System

    • B. 

      Breathing Bag

    • C. 

      Atmosphere

    • D. 

      Descending Bellows

  • 4. 
    In an ascending bellows, during exhalation, the __________ will open and vent excess gas from the _____________.
  • 5. 
    Bellows are classified by their motion during inspiration.
  • 6. 
    Which of the following statements are true:
    • A. 

      If you have a machine driven by air and a leak occcurs in the bellows you will get an increase in FiO2

    • B. 

      If you have a machine driven by oxygen and a leak occurs in the bellows you will get a decreased FiO2

    • C. 

      If you have a machine driven by air and a leak occurs in the bellows you will have no change in FiO2

    • D. 

      If you have a machine driven by air and a leak occurs in the bellows you will have a decrease in FiO2

  • 7. 
    Which of the following statements are false:
    • A. 

      A piston is similar to an ascending bellows in the fact that they both move up during inspiration.

    • B. 

      The Fabius GS is a continuous flow anesthesia machine in which gas delivery is purely pneumatic and electronically measured.

    • C. 

      In event of an electrical power failure, an anesthetic can still be given to the patient using the Fabius GS.

    • D. 

      An air entrainment valve protects the patient from negative pressures.

  • 8. 
    The S-ORC Assembly is responsible for:
    • A. 

      Protecting the patient from extremely high breathing pressures

    • B. 

      Eliminating the APL valve during ventilatory modes.

    • C. 

      Ensuring that the hypoxic mixtures are not given to the patient

    • D. 

      Calibrating the O2 sensor