when should a new nurse graduate consider applying for a position as a nurse manager

HESI RN

Leadership and Management HESI

1. When should a new nurse graduate consider applying for a position as a nurse manager?

A. When she is comfortable in her current position
B. When she begins mentoring other new nurses
C. As soon as a position opens
D. When she has developed leadership and clinical expertise

Correct answer: D

Rationale: A new nurse graduate should consider applying for a position as a nurse manager when she has developed leadership and clinical expertise. Option A, 'When she is comfortable in her current position,' is incorrect as comfort in the current position may not necessarily align with the skills required for a managerial role. Option B, 'When she begins mentoring other new nurses,' is not a definitive indicator of readiness for a managerial position. Option C, 'As soon as a position opens,' does not take into account the necessary skills and experience required for a nurse manager role. Therefore, the best time to consider applying for a nurse manager position is after developing the required leadership and clinical expertise.

2. Which of the following traits is characteristic of a caring leader?

A. A caring leader serves first and leads second.
B. A caring leader is aware of the feelings of others.
C. The traits of a caring leader include respecting coworkers as individuals and empathizing with the needs and concerns of others.
D. A caring leader is fair and honest.

Correct answer: C

Rationale: A caring leader is characterized by respecting coworkers as individuals and empathizing with their needs and concerns. Choice A is more about servant leadership rather than specifically about caring leadership. Choice B, while related to empathy, does not encompass the full spectrum of traits associated with a caring leader. Choice D, being fair and honest, is important in leadership but does not solely define a caring leader.

3. Why is glucose an important molecule in a cell?

A. Extraction of energy
B. Synthesis of protein
C. Building of genetic material
D. Formation of cell membranes

Correct answer: A

Rationale: Glucose is a crucial molecule in cells because it serves as the primary source of energy through cellular respiration. Choice B, the synthesis of protein, is incorrect because proteins are typically synthesized from amino acids, not glucose. Choice C, the building of genetic material, is incorrect because genetic material, such as DNA and RNA, is not directly built from glucose. Choice D, the formation of cell membranes, is also incorrect as cell membranes are primarily composed of lipids and proteins, not glucose.

4. A client with Cushing's syndrome is scheduled for surgery to remove an adrenal tumor. The nurse should monitor for which of the following complications postoperatively?

A. Hyperglycemia
B. Hypotension
C. Hypokalemia
D. Hyponatremia

Correct answer: B

Rationale: Postoperative hypotension is a common complication after adrenal tumor removal in a client with Cushing's syndrome. This occurs due to the sudden withdrawal of cortisol, which leads to a relative adrenal insufficiency state. Hyperglycemia (Choice A) is more common preoperatively due to excessive cortisol levels. Hypokalemia (Choice C) and Hyponatremia (Choice D) are also associated with Cushing's syndrome but are less likely to be immediate postoperative complications compared to hypotension.

5. A healthcare provider caring for a client with severe malnutrition reviews the laboratory results and notes a magnesium level of 1.0 mg/dL. Which electrocardiographic change would the healthcare provider expect to note based on the magnesium level?

A. Prominent U waves
B. Prolonged PR interval
C. Depressed ST segment
D. Widened QRS complexes

Correct answer: C

Rationale: A magnesium level of 1.0 mg/dL can cause a depressed ST segment on the ECG. Magnesium deficiency commonly leads to ST segment depression on an electrocardiogram. Prominent U waves are associated with hypokalemia, prolonged PR interval is seen in conditions like first-degree heart block, and widened QRS complexes are typically related to conditions affecting the conduction system of the heart, such as bundle branch blocks.