Which of the ff is the potential complication the nurse should monitor for when caring for a client with acute respiratory distress syndrome?
- A. Chest wall bulging
- B. Renal failure
- C. Difficulty swallowing
- D. Orthopnea CARING FOR CLIENTS WITH INFECTIOUS AND INFLAMMATORY DISORDERS OF THE HEART AND BLOOD VESSELS
Correct Answer: B
Rationale: The correct answer is B: Renal failure. Acute respiratory distress syndrome (ARDS) can lead to hypoxemia and respiratory acidosis, causing decreased perfusion to the kidneys and potentially leading to renal failure. Monitoring for signs of renal failure, such as decreased urine output and elevated creatinine levels, is crucial in managing clients with ARDS.
Incorrect choices:
A: Chest wall bulging is not a common complication of ARDS. It may be seen in conditions like tension pneumothorax.
C: Difficulty swallowing is not a typical complication of ARDS. It may be seen in neurological conditions or esophageal disorders.
D: Orthopnea is not a direct complication of ARDS. It is more commonly associated with heart failure or pulmonary edema.
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What dietary advice should the nurse give to clients with HIV/AIDS?
- A. Encourage the intake of fat soluble vitamins in amounts 2 to 5 times the recommended daily allowance (RDA)
- B. Encourage intake of water soluble vitamins in amounts 2 to 5 times the RDA
- C. Increase the intake of iron and zinc
- D. Decrease the intake of trace elements and antioxidant supplements
Correct Answer: D
Rationale: The correct answer is D: Decrease the intake of trace elements and antioxidant supplements. Clients with HIV/AIDS do not require additional trace elements and antioxidant supplements, as excessive intake can be harmful. HIV/AIDS already places stress on the immune system, so taking excessive supplements may lead to toxicity. It is important to focus on a balanced diet rich in essential nutrients rather than overloading the body with unnecessary supplements. Encouraging a healthy, balanced diet will help support overall health and immune function in clients with HIV/AIDS.
Choices A, B, and C are incorrect because encouraging excessive intake of fat-soluble vitamins, water-soluble vitamins, iron, and zinc can also lead to potential adverse effects. It is important to focus on meeting the recommended daily allowances for these nutrients rather than exceeding them.
A nurse is conducting a nursing health history. Which component will the nurse address?
- A. Nurse’s concerns
- B. Patient expectations
- C. Current treatment orders
- D. Nurse’s goals for the patient
Correct Answer: B
Rationale: The correct answer is B: Patient expectations. During a nursing health history, it is essential for the nurse to address the patient's expectations to understand their needs, preferences, and goals for their health care. By focusing on the patient's expectations, the nurse can establish a therapeutic relationship, provide patient-centered care, and tailor the care plan accordingly.
A: Nurse's concerns - Incorrect. The nursing health history should prioritize the patient's perspective and needs over the nurse's concerns.
C: Current treatment orders - Incorrect. While important, this component focuses on the medical treatment plan rather than the patient's expectations.
D: Nurse's goals for the patient - Incorrect. The nurse should collaborate with the patient to set goals that align with the patient's needs and preferences, not impose their own goals.
How many liters per minute of oxygen should be administered to the patient with emphysema?
- A. 2 L/min
- B. 10 L/min
- C. 6 L/min
- D. 95 L/min
Correct Answer: A
Rationale: The correct answer is A: 2 L/min. In emphysema, there is impaired gas exchange due to damaged lung tissue, resulting in decreased oxygen levels. Administering too high a flow rate can lead to oxygen toxicity. The standard oxygen therapy for emphysema is 1-2 L/min to maintain oxygen saturation without causing harm. Higher flow rates like 10 L/min (B) and 6 L/min (C) are excessive and can lead to oxygen toxicity. 95 L/min (D) is dangerously high and not suitable for oxygen therapy in emphysema. Therefore, A is the correct choice for safe and effective oxygen administration in emphysema.
When you report on duty, your team leader tells you that Mr. MartineHi accidentally received 1000 ml of fluids in 2 hours and that you are to be alert for signs of circulatory overload. Which of the following signs would not be likely to occur?
- A. moist gurgling respirations
- B. Distended neck veins
- C. Weak, slow pulse
- D. Dyspnea and coughing
Correct Answer: C
Rationale: The correct answer is C: Weak, slow pulse. Circulatory overload typically presents with signs of fluid volume excess, such as moist gurgling respirations, distended neck veins, dyspnea, and coughing. A weak, slow pulse is not a characteristic sign of circulatory overload, as the heart rate may actually be elevated due to the increased fluid volume. Therefore, a weak, slow pulse would not be likely to occur in this scenario.
A 19-year-old student develops symptoms of respiratory alkalosis related to an anxiety attack. Which nursing intervention is appropriate?
- A. Make sure his oxygen is being administered as ordered.
- B. Have him breathe into a paper bag.
- C. Place him in a semi-fowler’s position.
- D. Have him do coughing and deep breathing exercises.
Correct Answer: B
Rationale: The correct answer is B: Have him breathe into a paper bag. Breathing into a paper bag helps increase the carbon dioxide levels in the blood, which can help reverse respiratory alkalosis caused by hyperventilation during an anxiety attack. This intervention helps to normalize the blood pH and alleviate symptoms.
Incorrect choices:
A: Making sure oxygen is administered as ordered is not appropriate for respiratory alkalosis due to hyperventilation. Oxygen therapy can worsen the condition by further reducing carbon dioxide levels.
C: Placing the student in a semi-fowler's position does not directly address the primary issue of respiratory alkalosis and anxiety-induced hyperventilation.
D: Coughing and deep breathing exercises may exacerbate the hyperventilation and worsen the respiratory alkalosis rather than alleviate the symptoms.