A nurse is monitoring the urinary output of a client who had a colon resection. Which 24-hour output total indicates oliguria?
380 mL
550 mL
600 mL
720 mL
The Correct Answer is A
Choice A Reason:
A 24-hour urinary output of 380 mL indicates oliguria. Oliguria is defined as a urine output of less than 400-500 mL per day in adults. This condition can be caused by various factors, including dehydration, kidney dysfunction, or postoperative complications. Monitoring urine output is crucial for assessing kidney function and overall fluid balance, especially after major surgeries like a colon resection.
Choice B Reason:
A 24-hour urinary output of 550 mL is slightly above the threshold for oliguria. While it is still relatively low, it does not meet the strict criteria for oliguria, which is typically defined as less than 400-500 mL per day. This output suggests that the client is producing an adequate amount of urine, though it may still warrant close monitoring to ensure it does not decrease further.
Choice C Reason:
A 24-hour urinary output of 600 mL is within the normal range and does not indicate oliguria. Normal urine output for adults is generally considered to be around 800-2000 mL per day, depending on fluid intake and other factors. This output suggests that the client’s kidneys are functioning properly and that there is no immediate concern for oliguria.
Choice D Reason:
A 24-hour urinary output of 720 mL is also within the normal range and does not indicate oliguria. This output is closer to the lower end of the normal range but still suggests adequate kidney function. It is important to continue monitoring the client’s urine output to ensure it remains within a healthy range, especially after surgery.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A Reason:
Securing the oxygen tubing to the bed sheet near the client’s head is not recommended because it can lead to accidental dislodgement of the tubing, which can interrupt the oxygen supply. Additionally, this practice does not address the potential for nasal dryness and irritation that can occur with oxygen therapy. Properly securing the tubing should involve ensuring it is comfortably positioned and not at risk of being pulled or dislodged.
Choice B Reason:
Attaching a humidifier bottle to the base of the flow meter is the correct action because it helps to add moisture to the oxygen being delivered to the client. Oxygen therapy, especially at higher flow rates like 5 L/min, can dry out the nasal passages and mucous membranes, leading to discomfort and potential complications. The humidifier bottle ensures that the oxygen is humidified, which helps to prevent dryness and irritation, making the therapy more comfortable and effective for the client.
Choice C Reason:
Applying petroleum jelly to the nares is not recommended because petroleum-based products can be flammable and pose a risk when used in conjunction with oxygen therapy. Additionally, petroleum jelly can trap bacteria and potentially lead to infections. Instead, water-based lubricants or saline nasal sprays are safer alternatives for soothing dry nasal passages.
Choice D Reason:
Removing the nasal cannula while the client eats is not advisable because it interrupts the continuous delivery of oxygen, which is essential for clients with pneumonia who may already have compromised respiratory function. Instead, the nurse should ensure that the nasal cannula is securely in place and that the client is receiving the prescribed oxygen therapy at all times, including during meals.
Correct Answer is A
Explanation
Choice A reason: The glossopharyngeal nerve (CN IX) is primarily responsible for the gag reflex. It provides sensory input from the pharynx and posterior third of the tongue, which triggers the gag reflex when stimulated. This nerve plays a crucial role in swallowing and the reflexive action to prevent choking.
Choice B reason: The trigeminal nerve (CN V) is responsible for facial sensation and motor functions such as biting and chewing. It does not play a direct role in the gag reflex. While it is important for other sensory and motor functions, it is not involved in the reflex being assessed here.
Choice C reason: The vagus nerve (CN X) also contributes to the gag reflex by providing motor innervation to the muscles of the pharynx and larynx. However, the primary sensory input for the gag reflex comes from the glossopharyngeal nerve (CN IX). The vagus nerve works in conjunction with CN IX to complete the reflex action.
Choice D reason: The hypoglossal nerve (CN XII) controls the movements of the tongue. It is essential for speech and swallowing but does not have a role in the gag reflex. The hypoglossal nerve’s primary function is motor control of the tongue muscles.
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