Nursing Elites

1. A patient with a diagnosis of Cushing's syndrome is likely to exhibit which of the following symptoms?

• A. Hyperpigmentation.
• B. Moon face.
• C. Hypotension.
• D. Hypertension.

Correct answer: B

Rationale: The correct answer is B: Moon face. Cushing's syndrome is characterized by excess cortisol levels, leading to the distinctive round and full face known as moon face. Hyperpigmentation (choice A) may occur due to increased ACTH levels, but it is not a hallmark symptom like moon face. Hypotension (choice C) is less common in Cushing's syndrome as cortisol typically leads to hypertension (choice D) due to its effects on blood pressure regulation.

2. A client in a physician’s office has just made an appointment for an exercise stress test. The client should be instructed to:

• A. Wear sweatpants and a heavy sweatshirt
• B. Eat a small meal just before the procedure
• C. Wear comfortable rubber-soled shoes such as sneakers
• D. Avoid consuming caffeine for 30 minutes before the procedure

Correct answer: C

Rationale: The client should wear comfortable rubber-soled shoes, such as sneakers, for the exercise stress test. This choice ensures safety and stability during the procedure. Wearing sweatpants and a heavy sweatshirt (Choice A) would not be appropriate as the client needs to wear light, loose, comfortable clothing. Eating a small meal just before the procedure (Choice B) could lead to discomfort during the test. Avoiding caffeine for 30 minutes before the procedure (Choice D) is not a specific instruction related to the attire or preparation for the test.

3. What do crackles heard on lung auscultation indicate?

• A. Cyanosis.
• B. Bronchospasm.
• C. Airway narrowing.
• D. Fluid-filled alveoli.

Correct answer: D

Rationale: Crackles heard on lung auscultation are caused by the popping open of small airways that are filled with fluid. This is commonly associated with conditions such as pulmonary edema, pneumonia, or heart failure. Cyanosis (Choice A) is a bluish discoloration of the skin and mucous membranes due to low oxygen levels in the blood, not directly related to crackles. Bronchospasm (Choice B) refers to the constriction of the airway smooth muscle, causing difficulty in breathing but does not typically produce crackles. Airway narrowing (Choice C) can lead to wheezing but is not directly linked to crackles heard on auscultation.

4. A client is undergoing hemodialysis. The client’s blood pressure at the beginning of the procedure was 136/88 mm Hg, and now it is 110/54 mm Hg. What actions should the nurse perform to maintain blood pressure? (Select all that apply.)

• A. Adjust the rate of extracorporeal blood flow.
• B. Place the client in the Trendelenburg position.
• C. Administer a 250-mL bolus of normal saline.
• D. All of the above

Correct answer: D

Rationale: During hemodialysis, a drop in blood pressure can occur due to fluid removal. To maintain blood pressure, the nurse should consider adjusting the rate of extracorporeal blood flow to optimize fluid removal without causing hypotension. Placing the client in the Trendelenburg position can help improve venous return and cardiac output. Administering a bolus of normal saline can help increase intravascular volume and support blood pressure. Therefore, all the actions listed in choices A, B, and C are appropriate measures to maintain blood pressure during hemodialysis. Choice D, 'All of the above,' is the correct answer as it encompasses all the relevant actions to address the dropping blood pressure effectively. Choices A, B, and C, when implemented together, can help manage hypotension during hemodialysis.

5. What is an ideal goal of treatment set by the nurse in the care plan for a client diagnosed with chronic kidney disease (CKD) to reduce the risk of pulmonary edema?

• A. Maintaining oxygen saturation above 92%
• B. Absence of crackles and wheezes in lung sounds
• C. Maintaining a balanced intake and output
• D. Absence of shortness of breath at rest

Correct answer: C

Rationale: The ideal goal of treatment for a client with chronic kidney disease (CKD) to reduce the risk of pulmonary edema is to maintain a balanced intake and output. This helps in achieving optimal fluid balance, enabling the heart to eject blood effectively without increasing pressure in the left ventricle and pulmonary vessels. While maintaining oxygen saturation above 92% is important for adequate tissue oxygenation, the primary focus in this scenario is fluid balance. Absence of crackles and wheezes in lung sounds is important to assess for pulmonary status, but it is not the primary goal to prevent pulmonary edema specifically. Similarly, absence of shortness of breath at rest is a relevant goal, but the emphasis in CKD management is on fluid balance to prevent pulmonary complications.

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