a patient with a history of diabetes mellitus is on the second postoperative day following cholecystectomy she has complained of nausea and isnt able
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Nursing Elites

NCLEX-RN

NCLEX RN Practice Questions Quizlet

1. A patient with a history of diabetes mellitus is on the second postoperative day following cholecystectomy. She has complained of nausea and isn’t able to eat solid foods. The nurse enters the room to find the patient confused and shaky. Which of the following is the most likely explanation for the patient’s symptoms?

Correct answer: Hypoglycemia

Rationale: In a postoperative diabetic patient who is unable to eat solid foods, the likely cause of symptoms such as confusion and shakiness is hypoglycemia. Confusion and shakiness are common manifestations of hypoglycemia. Insufficient glucose supply to the brain (neuroglycopenia) can lead to confusion, difficulty with concentration, irritability, hallucinations, focal impairments like hemiplegia, and, in severe cases, coma and death. Anesthesia reaction (Choice A) is less likely in this scenario as the patient is already on the second postoperative day. Hyperglycemia (Choice B) is unlikely given the patient's symptoms and history of not eating. Diabetic ketoacidosis (Choice D) typically presents with hyperglycemia, ketosis, and metabolic acidosis, which are not consistent with the patient's current symptoms of confusion and shakiness.

2. A patient has been taking mood stabilizing medication but is afraid of needles. They ask the nurse what medication would NOT require regular lab testing. What is the nurse's best response?

Correct answer: D: Risperidone (Risperdal)

Rationale: The correct answer is Risperidone (Risperdal) because it is the only medication among the options that does not require regular lab testing. Risperidone is not associated with the need for routine blood draws to monitor medication levels or potential side effects. Choices A, B, and C (Valproic Acid, Clozapine, Lithium) are all known to require frequent lab monitoring due to various reasons such as potential toxicity, therapeutic drug levels, or adverse effects on certain organ functions. Therefore, considering the patient's fear of needles and the desire to avoid frequent blood tests, Risperidone would be the most suitable option.

3. A patient asks a nurse administering blood how long red blood cells live in the body. What is the correct response?

Correct answer: The life span of RBC is 120 days

Rationale: The correct answer is that red blood cells have a lifespan of 120 days in the body. This allows for efficient oxygen transport throughout the circulatory system. Choices A, B, and C are incorrect because the lifespan of red blood cells is actually 120 days. Understanding the lifespan of red blood cells is crucial in assessing various conditions related to blood cell production and turnover.

4. The nursing care plan for a toddler diagnosed with Kawasaki Disease (mucocutaneous lymph node syndrome) should be based on the high risk for development of which problem?

Correct answer: Chronic vessel plaque formation

Rationale: The correct answer is chronic vessel plaque formation. Kawasaki Disease affects small and medium-sized blood vessels, leading to progressive inflammation and potential damage to the walls of medium-sized muscular arteries, which can result in coronary artery aneurysms. While other complications such as pulmonary embolism and occlusions at vessel bifurcations can occur in different conditions, for Kawasaki Disease, the primary concern is the development of chronic vessel plaque formation.

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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