a patients chart indicates a history of ketoacidosis which of the following would you not expect to see with this patient if this condition were acute
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Nursing Elites

NCLEX-RN

NCLEX RN Practice Questions Quizlet

1. A patient's chart indicates a history of ketoacidosis. Which of the following would you not expect to see with this patient if this condition were acute?

Correct answer: C

Rationale: In acute ketoacidosis, a patient typically experiences rapid weight loss due to the body burning fat and muscle for energy in the absence of sufficient insulin. Therefore, weight gain would not be expected. Vomiting may occur due to the metabolic disturbances associated with ketoacidosis. Extreme thirst is a common symptom as the body tries to compensate for dehydration. Acetone breath smell is a classic sign of ketoacidosis as acetone is one of the ketones produced during this condition.

2. The nurse recognizes that teaching a 44-year-old woman following a laparoscopic cholecystectomy has been effective when the patient states which of the following?

Correct answer: B

Rationale: The correct answer is, 'I can remove the bandages on my incisions tomorrow and take a shower.' After a laparoscopic cholecystectomy, patients have Band-Aids over the incisions and can typically remove the bandages the next day. Patients are usually discharged the same or next day and have minimal restrictions on their daily activities. Yellow-green drainage from the incision would be abnormal, requiring the patient to contact their healthcare provider. While a low-fat diet may be recommended initially after surgery, it is not a lifelong requirement, as the body can adjust to the absence of the gallbladder over time. Choice A is incorrect as abnormal drainage should be reported. Choice C is incorrect as most patients can resume normal activities within a few days to a week. Choice D is incorrect as maintaining a low-fat diet is not a lifelong necessity after a cholecystectomy.

3. The infection control nurse is assigned to a patient with osteomyelitis related to a heel ulcer. The wound is 5cm in diameter and the drainage saturates the dressing so that it must be changed every hour. What is her priority intervention?

Correct answer: A

Rationale: The priority intervention for a patient with osteomyelitis related to a heel ulcer, with a wound that saturates the dressing every hour, is to place the patient under contact precautions. Contact precautions are essential when managing infectious wounds to prevent the spread of infection to healthcare workers, other patients, and visitors. Strict aseptic technique (Choice B) should always be used with wound care but is secondary to implementing contact precautions in this scenario. Placing another dressing (Choice C) or elevating the patient's leg (Choice D) may be necessary but do not address the immediate need for infection control measures.

4. When taking the blood pressure (BP) on the right arm of a patient with severe acute pancreatitis, the nurse notices carpal spasms of the patient's right hand. Which action should the nurse take next?

Correct answer: C

Rationale: In this scenario, the nurse observed carpal spasms in the patient's right hand, indicating a positive Trousseau's sign, which is associated with hypocalcemia. Patients with acute pancreatitis are at risk for hypocalcemia, hence the nurse should promptly check the calcium level in the chart to assess the patient's condition. Notifying the healthcare provider comes after confirming the calcium level. There is no indication to ask about arm pain or to retake the blood pressure, as the primary concern is addressing the potential hypocalcemia.

5. The healthcare provider calculates the IV flow rate for a patient receiving lactated Ringer's solution. The patient needs to receive 2000mL of Lactated Ringer's over 36 hours. The IV infusion set has a drop factor of 15 drops per milliliter. How many drops per minute should the healthcare provider set the IV to deliver?

Correct answer: C

Rationale: To determine the drops per minute, we use the formula Drops Per Minute = (Milliliters x Drop Factor) / Time in Minutes. In this case, Drops Per Minute = (2000mL x 15 drops/mL) / (36 hours x 60 minutes/hour) = 30000 / 2160 = 13.89 (approximately 14). Therefore, the correct answer is 14 drops per minute. Choice A (8), Choice B (10), and Choice D (18) are incorrect as they do not correctly calculate the drops per minute based on the given information.

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