A nurse is caring for a 5-year-old patient whose temperature is 101.2° F. The nurse expects this patient to hyperventilate. Which factor does the nurse remember when planning care for this type of hyperventilation?
Anxiety over illness
Increased metabolic demands
Decreased drive to breathe
Infection destroying lung tissues
The Correct Answer is B
A. While anxiety may contribute to hyperventilation, in the context of a febrile child, the primary factor is usually metabolic.
B. Increased metabolic demands due to fever can elevate the body’s oxygen requirements, prompting hyperventilation as a compensatory mechanism.
C. Decreased drive to breathe would not lead to hyperventilation; rather, it might result in hypoventilation or respiratory distress.
D. Infection destroying lung tissues would typically lead to respiratory distress or failure, not directly cause hyperventilation without the context of increased metabolic needs.
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Correct Answer is B
Explanation
A. Performing movements until the patient reports pain is inappropriate in passive range of motion, as the goal is to maintain joint function without causing discomfort.
B. Moving each joint to the point of resistance helps to maintain flexibility and prevent stiffness without causing harm, making this the appropriate technique.
C. Repeating movements five times by the patient is not applicable for passive range of motion, which is performed by the nurse on a patient who cannot do it themselves.
D. While smooth movements are essential, they should not be done quickly; the focus should be on the patient's comfort and safety, avoiding rapid or jerky motions.
Correct Answer is C
Explanation
A. Atelectasis can occur in anyone, not just those with chronic conditions; this statement is incorrect.
B. While hyperventilation may temporarily open alveoli, it is not a preventative measure for atelectasis.
C. Breathing exercises, such as incentive spirometry or deep breathing, are effective in preventing atelectasis by promoting lung expansion and alveolar ventilation.
D. A chest tube is typically used to remove air or fluid from the pleural space, not for the treatment of atelectasis, which is often managed with respiratory therapies.