HESI RN
HESI RN Nursing Leadership and Management Exam 6
1. Effective leaders must communicate a vision for the future. Which of the following is the best method for communicating a vision for the future?
- A. Involve others in creating the vision and connect daily work tasks to the vision.
- B. Encourage staff nurses to openly discuss practice and possible improvements.
- C. Critically analyze and discuss advances in practice with other nurses on staff.
- D. Actively listen to the recommendations of others.
Correct answer: A
Rationale: The best method for communicating a vision for the future is to involve others in creating the vision and connect daily work tasks to the vision. This approach fosters ownership and commitment among team members, as they feel part of the vision-building process and understand how their daily tasks contribute to achieving that vision. Choice B, encouraging staff nurses to openly discuss practice and possible improvements, is important for fostering communication but doesn't directly address creating and communicating a vision. Choice C, critically analyzing and discussing advances in practice with other nurses, focuses on professional development and knowledge sharing rather than specifically communicating a future vision. Choice D, actively listening to recommendations, is valuable for gathering input but may not be sufficient on its own for effectively communicating a future vision.
2. The nurse is caring for a client with a history of adrenal insufficiency. The nurse should monitor for which of the following signs of an Addisonian crisis?
- A. Hypertension
- B. Hyperglycemia
- C. Severe hypotension
- D. Tachycardia
Correct answer: C
Rationale: In an Addisonian crisis, there is a lack of adrenal hormones leading to severe hypotension. Hypertension (choice A) is not a typical sign of Addisonian crisis but can occur in conditions like pheochromocytoma. Hyperglycemia (choice B) is not a characteristic sign of an Addisonian crisis. Tachycardia (choice D) may occur as a compensatory mechanism in response to hypotension, but severe bradycardia is more common in an Addisonian crisis.
3. The client with hyperthyroidism is receiving propylthiouracil (PTU). The nurse should monitor for which of the following potential side effects?
- A. Leukopenia
- B. Hyperglycemia
- C. Hypertension
- D. Weight gain
Correct answer: A
Rationale: The correct answer is A: Leukopenia. Propylthiouracil can lead to bone marrow suppression, resulting in leukopenia. Monitoring white blood cell counts is crucial to detect this potential side effect early. Choice B, hyperglycemia, is not typically associated with propylthiouracil use. Choice C, hypertension, is not a common side effect of propylthiouracil. Choice D, weight gain, is also not a typical side effect of propylthiouracil therapy.
4. Which outcome indicates that treatment of a male client with diabetes insipidus has been effective?
- A. Fluid intake is less than 2,500 ml/day
- B. Urine output measures more than 200 ml/hour
- C. Blood pressure is 90/50 mm Hg
- D. The heart rate is 126 beats/minute
Correct answer: A
Rationale: The correct outcome indicating effective treatment of diabetes insipidus in a male client is a fluid intake of less than 2,500 ml/day. In diabetes insipidus, excessive urination causes increased fluid intake to compensate for the fluid loss. By effectively managing the condition, the client's fluid intake should decrease. Choices B, C, and D do not directly reflect the effectiveness of treatment for diabetes insipidus. Increased urine output (choice B) may indicate inadequate control of the condition, while low blood pressure (choice C) and a high heart rate (choice D) are not specific indicators of effective treatment for diabetes insipidus.
5. How often should rotation sites for insulin injection be separated from one another?
- A. Every third day.
- B. Every week.
- C. Every 2-3 weeks.
- D. Every 2-4 weeks.
Correct answer: C
Rationale: Insulin injection sites should be rotated every 2-3 weeks to prevent lipodystrophy and ensure proper insulin absorption. Option A ('Every third day') is too frequent and does not allow enough time for the previous site to heal properly. Option B ('Every week') might not provide adequate time for the tissue to recover. Option D ('Every 2-4 weeks') could potentially lead to overuse of a single injection site, increasing the risk of lipodystrophy and inconsistent insulin absorption. Therefore, the recommended interval of every 2-3 weeks is optimal for insulin injection site rotation.
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