Agitation and Aeration

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Q. In which scenario is agitation most critical?
  • A. During a routine check-up
  • B. In emergency resuscitation
  • C. For chronic pain management
  • D. In physical therapy
Q. What is a potential risk of excessive agitation in a patient?
  • A. Increased medication absorption
  • B. Decreased risk of infection
  • C. Tissue damage
  • D. Improved respiratory function
Q. What is the effect of agitation on blood samples during laboratory testing?
  • A. It has no effect
  • B. It can cause hemolysis
  • C. It improves sample quality
  • D. It decreases sample volume
Q. What is the primary goal of aeration in respiratory therapy?
  • A. To increase blood pressure
  • B. To enhance oxygen delivery
  • C. To reduce heart rate
  • D. To improve digestion
Q. What is the primary purpose of agitation in a clinical setting?
  • A. To increase patient comfort
  • B. To enhance drug solubility
  • C. To reduce patient anxiety
  • D. To improve blood circulation
Q. What is the recommended agitation technique for mixing blood products?
  • A. Vigorous shaking
  • B. Gentle inversion
  • C. Rapid spinning
  • D. Continuous stirring
Q. Which of the following conditions may require increased aeration?
  • A. Hypertension
  • B. Asthma
  • C. Diabetes
  • D. Anemia
Q. Which of the following is a common method of aeration in medical procedures?
  • A. Ultrasonic nebulization
  • B. Manual ventilation
  • C. Oxygen therapy
  • D. Suctioning
Q. Which of the following is a sign of inadequate aeration?
  • A. Increased heart rate
  • B. Cyanosis
  • C. Elevated blood pressure
  • D. Improved lung sounds
Q. Which type of agitation is commonly used in intravenous drug preparation?
  • A. Mechanical agitation
  • B. Thermal agitation
  • C. Chemical agitation
  • D. Manual agitation
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