Nursing Elites

1. The client has an order for 0.45 mg of Diltiazem. The medication vial has a concentration of 3 mg/mL. How many mL of the drug should be administered?

• A. 0.15 mL
• B. 6.6 mL
• C. 1.5 mL
• D. 0.65 Ml

Correct answer: A

Rationale: To calculate the amount of drug to be administered, divide the ordered dose by the concentration of the medication in the vial. In this case, 0.45 mg � 3 mg/mL = 0.15 mL. Therefore, the correct answer is 0.15 mL. Choice B (6.6 mL) is incorrect as it does not result from the correct calculation. Choice C (1.5 mL) is incorrect as it is not the result of dividing the ordered dose by the concentration. Choice D (0.65 mL) is incorrect as it is not the accurate calculation based on the provided information.

2. The nurse has a client who is being transferred to another floor right around change of shift. Which of the following actions is least appropriate?

• A. Inform the staff on the other floor of any unresolved issues with the client.
• B. Ask the charge nurse if overtime would be permitted to complete the client's transfer to the other floor.
• C. Ask the new nurse to take care of the transfer since the client's medical record has all of the information, and a report should not be needed.
• D. Complete the transfer paperwork before the client is transferred.

Correct answer: C

Rationale: The least appropriate action in this scenario is to ask the new nurse to take care of the transfer without providing a full handoff of care. It is crucial to ensure a safe handoff during the transfer to maintain continuity of care and patient safety. Informing the staff on the other floor of any unresolved issues with the client (Choice A) is important for the client's well-being as it helps in providing comprehensive care. Asking the charge nurse about overtime (Choice B) demonstrates consideration for completing the task effectively, but it should not take precedence over ensuring a proper handoff. Completing the transfer paperwork before the client is transferred (Choice D) is necessary to ensure all documentation is in order, but it should be done in conjunction with providing a thorough handoff of care to the new nurse.

3. When transferring a client with hemiparesis from a bed to a wheelchair, which safety measure should be implemented?

• A. Standing the client and walking them to the wheelchair
• B. Moving the wheelchair close to the client's bed and standing and pivoting the client on their unaffected extremity to the wheelchair
• C. Moving the wheelchair close to the client's bed and standing and pivoting the client on their affected extremity to the wheelchair
• D. Having the client stand and push their body to the wheelchair

Correct answer: C

Rationale: When transferring a client with hemiparesis from a bed to a wheelchair, it is crucial to ensure their safety. The correct safety measure is to move the wheelchair close to the client's bed and have the client stand and pivot on their unaffected extremity to the wheelchair. This method provides support with the unaffected limb, reducing the risk of falls or injuries. Choice A is incorrect as it suggests walking the client, which may not be safe or feasible. Choice C is incorrect because pivoting on the affected extremity can increase the risk of injury. Choice D is incorrect as it does not consider the client's limitations and safety needs, as it involves pushing their body which may not be possible with hemiparesis.

4. While taking the vital signs of a pregnant client admitted to the labor unit, a nurse notes a temperature of 100.6�F, pulse rate of 100 beats/min, and respirations of 24 breaths/min. What is the most appropriate nursing action based on these findings?

• A. Notify the registered nurse of the findings.
• B. Document the findings in the client's medical record.
• C. Recheck the vital signs in 1 hour.
• D. Continue collecting subjective and objective data.

Correct answer: A

Rationale: The correct answer is to notify the registered nurse of the findings. In a pregnant client, the normal temperature range is 98�F to 99.6�F, with a pulse rate of 60 to 90 beats/min and respirations of 12 to 20 breaths/min. A temperature of 100.4�F or higher, along with an increased pulse rate and faster respirations, suggests a possible infection. Immediate notification of the registered nurse is crucial for further evaluation and intervention. While documenting the findings is essential, the priority lies in promptly escalating abnormal vital signs for assessment and management. Rechecking vital signs in 1 hour may delay necessary interventions for a deteriorating condition. Continuing to collect data is relevant but should not delay informing the registered nurse when abnormal vital signs are present.

5. What is the threshold of dextrose concentrations that can safely be administered through a peripheral IV?

• A. Dextrose concentrations below 20% can be safely administered through a peripheral IV; dextrose concentrations above 20% should not be administered through a peripheral IV.
• B. Dextrose concentrations below 5% can be safely administered through a peripheral IV; dextrose concentrations above 5% should not be administered through a peripheral IV.
• C. Dextrose concentrations below 10% can be safely administered through a peripheral IV; dextrose concentrations above 10% should not be administered through a peripheral IV.
• D. Dextrose concentrations above 5% can be safely administered through a peripheral IV; dextrose concentrations below 5% should not be administered through a peripheral IV.

Correct answer: C

Rationale: Dextrose concentrations below 10% are considered safe for administration through a peripheral IV, as concentrations above this threshold can lead to phlebitis, causing inflammation of the vein. Concentrations above 10% should not be administered through a peripheral IV to prevent vein irritation. Choice A is incorrect because concentrations above 20% are too high for a peripheral IV. Choice B is incorrect as dextrose concentrations below 5% are too low to be effective. Choice D is incorrect because the statement is reversed, suggesting that concentrations above 5% are safe, which is not true.

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