Nursing Elites

1. A client is to receive 10 mEq of KCl diluted in 250 ml of normal saline over 4 hours. At what rate should the nurse set the client's intravenous infusion pump?

• A. 13 ml/hour.
• B. 63 ml/hour.
• C. 80 ml/hour.
• D. 125 ml/hour.

Correct answer: B

Rationale: The correct calculation involves dividing the total volume by the total time. In this case, 250 ml/4 hours = 63 ml/hour. The dose of KCl is not used in the calculation as the focus is on the rate of infusion over the specified time period. Choice A (13 ml/hour) is incorrect as it does not result from the correct calculation. Choice C (80 ml/hour) and Choice D (125 ml/hour) are also incorrect calculations and do not match the correct rate of infusion required.

2. A policy requiring the removal of acrylic nails by all nursing personnel was implemented 6 months ago. Which assessment measure best determines if the intended outcome of the policy is being achieved?

• A. Number of staff-induced injuries
• B. Client satisfaction survey
• C. Healthcare-associated infection rate
• D. Rate of needle-stick injuries by nurses

Correct answer: C

Rationale: The correct answer is C - Healthcare-associated infection rate. Acrylic nails can harbor bacteria, increasing the risk of healthcare-associated infections. By implementing a policy to remove acrylic nails, the goal is to reduce the infection rate. Monitoring the healthcare-associated infection rate will provide a direct measure of the policy's effectiveness in achieving its intended outcome. This measure is more specific and directly related to the objective of reducing the risk of infections compared to the other choices.

3. A client has an elevated AST 24 hours following chest pain and shortness of breath. This is suggestive of which of the following?

• A. Gallbladder disease
• B. Liver disease
• C. Myocardial infarction
• D. Skeletal muscle injury

Correct answer: C

Rationale: An elevated AST level following chest pain and shortness of breath is suggestive of myocardial infarction. AST is released from damaged heart muscle cells during a heart attack, indicating cardiac involvement. This enzyme is not specific to liver disease, gallbladder disease, or skeletal muscle injury in this clinical context.

4. The caregiver learns the use of a gait belt from the nurse for a woman with right-sided weakness. The caregiver demonstrates the skill. Which observation indicates that the caregiver has learned how to perform this procedure correctly?

• A. Standing on the woman's strong side, the caregiver is ready to hold the gait belt if any evidence of weakness is observed.
• B. Standing on the woman's weak side, the caregiver provides security by holding the gait belt from the back.
• C. Standing behind the woman, the caregiver provides balance by holding both sides of the gait belt.
• D. Standing slightly in front and to the right of the woman, the caregiver guides her forward by gently pulling on the gait belt.

Correct answer: B

Rationale: The correct answer is B. Standing on the weak side of the client and holding the gait belt from the back provides better security and support during ambulation, reducing the risk of falls. This positioning allows the caregiver to offer stability and assistance without interfering with the client's movement, ensuring safe ambulation for the client with right-sided weakness. Choices A, C, and D are incorrect because they do not provide the optimal support and security needed for a client with right-sided weakness. Standing on the weak side and holding the gait belt from the back is the most effective way to assist the client while minimizing the risk of falls.

5. A client is to receive cimetidine (Tagamet) 300 mg q6h IVP. The preparation arrives from the pharmacy diluted in 50 ml of 0.9% NaCl. The nurse plans to administer the IVPB dose over 20 minutes. For how many ml/hr should the infusion pump be set to deliver the secondary infusion?

• A. 75 ml/hr
• B. 150 ml/hr
• C. 225 ml/hr
• D. 300 ml/hr

Correct answer: B

Rationale: To calculate the infusion rate, set up a ratio proportion problem: 50 ml/20 min = x ml/60 min. Cross multiply to solve: 50 × 60 / 20 = 150 ml/hr. Therefore, the infusion pump should be set to deliver the secondary infusion at a rate of 150 ml/hr. Option A, 75 ml/hr, is incorrect because it does not account for the correct calculation. Option C, 225 ml/hr, is incorrect as it is too high a rate based on the calculation. Option D, 300 ml/hr, is also incorrect as it does not align with the correct calculation for the infusion rate.

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