Nursing Elites

1. A client with type 2 diabetes mellitus is being taught about insulin administration by a nurse. Which of the following instructions should the nurse include?

• A. Inject insulin into the muscle
• B. Rotate injection sites with each dose
• C. Store insulin at room temperature
• D. Massage the injection site after administration

Correct answer: B

Rationale: The correct instruction that the nurse should include is to rotate injection sites with each dose. This practice is essential to prevent tissue damage and ensure proper insulin absorption. Option A is incorrect because insulin should not be injected into the muscle, but rather into the subcutaneous tissue. Option C is incorrect as insulin should be stored in the refrigerator to maintain its effectiveness. Option D is incorrect as massaging the injection site after administration can lead to faster absorption and potentially hypoglycemia.

2. A client with newly diagnosed type I diabetes mellitus is being seen by the home health nurse. The physician orders include: 1,200-calorie ADA diet, 15 units of NPH insulin before breakfast, and check blood sugar qid. When the nurse visits the client at 5 PM, the nurse observes the man performing a blood sugar analysis. The result is 50 mg/dL. The nurse would expect the client to be

• A. Confused with cold, clammy skin and a pulse of 110
• B. Lethargic with hot, dry skin and rapid, deep respirations
• C. Alert and cooperative with a BP of 130/80 and respirations of 12
• D. Short of breath, with distended neck veins and a bounding pulse of 96

Correct answer: A

Rationale: The correct answer is A. Low blood sugar levels (50 mg/dL) typically cause confusion, cold clammy skin, and an increased pulse (tachycardia). Option A correctly describes the expected symptoms of hypoglycemia, which include confusion due to the brain's inadequate glucose supply, cold and clammy skin due to sympathetic nervous system activation, and an increased pulse (110 bpm) as the body reacts to low blood sugar levels. Options B, C, and D describe symptoms that are not typically associated with hypoglycemia. Lethargy, hot dry skin, rapid deep respirations, normal vital signs, shortness of breath, distended neck veins, and bounding pulse are more indicative of other conditions or normal physiological responses, not hypoglycemia.

3. What are the signs and symptoms of a potential infection?

• A. Fever, chills, and increased heart rate
• B. Increased white blood cell count and fever
• C. Shortness of breath and confusion
• D. Sweating and low blood pressure

Correct answer: A

Rationale: The correct answer is A: Fever, chills, and increased heart rate are classic signs of an infection. These symptoms indicate the body's response to an invading pathogen. Choice B, 'Increased white blood cell count and fever,' is not a primary symptom that a person would typically notice themselves, and white blood cell count needs to be tested. Choice C, 'Shortness of breath and confusion,' may indicate other conditions like heart or lung issues rather than a general infection. Choice D, 'Sweating and low blood pressure,' are not specific to infections and can be caused by various factors like heat or dehydration.

4. A client has a history of oliguria, hypertension, and peripheral edema. Current lab values are: BUN - 25, K+ - 4.0 mEq/L. Which nutrient should be restricted in the client's diet?

• A. Protein
• B. Fats
• C. Carbohydrates
• D. Magnesium

Correct answer: A

Rationale: In clients with oliguria, hypertension, and peripheral edema, protein should be restricted in the diet to reduce the workload on the kidneys. Excessive protein intake can lead to increased BUN levels, which can further stress the kidneys. Restricting protein can help prevent further kidney damage. Fats, carbohydrates, and magnesium do not directly impact kidney function in the same way as protein does, making them incorrect choices in this scenario.

5. A nurse is performing vision testing for a client following a head injury. Which of the following findings should the nurse identify as a problem with pupil accommodation?

• A. Pupils constrict when shifting gaze from near to far
• B. Pupils constrict when shifting gaze from far to near
• C. Lack of change in pupil size when shifting gaze from near to far
• D. Lack of change in pupil size when shifting gaze from far to near

Correct answer: D

Rationale: Pupil accommodation problems are indicated by the lack of change in size when shifting gaze from far to near. The correct answer is D because in pupil accommodation, the pupils should constrict when shifting gaze from far to near in order to adjust for near vision. Choices A and B describe normal responses of pupil constriction when shifting gaze, which do not indicate a problem. Choice C is incorrect as it describes a normal response of pupil size change when shifting gaze from near to far.

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