A client who is hypotensive is receiving dopamine, an adrenergic agonist, IV at the rate of 8 mcg/kg/min. Which intervention should the nurse implement while administering this medication?
Assess pupillary response to light hourly.
Initiate seizure precautions.
Measure urinary output every hour.
Monitor serum potassium frequently.
The Correct Answer is C
A. Assessing pupillary response to light is not directly related to the administration of dopamine for hypotension and does not reflect the immediate effects of the medication on the cardiovascular or renal systems.
B. Seizure precautions are not a standard intervention for a patient receiving dopamine unless the patient has a history of seizures or there is another indication for such precautions.
C. Measuring urinary output every hour is essential as it reflects the patient's fluid balance and kidney function, which can be affected by dopamine administration. It is a direct measure of the effectiveness of the medication in improving renal perfusion and the patient's hemodynamic status.
D. While monitoring serum potassium levels is important in patients receiving IV therapy, it is not the most immediate concern when administering dopamine for hypotension, unless the patient has a known electrolyte imbalance.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A. Determining the client's need for pain medication is a priority to ensure comfort and manage symptoms as the client approaches end of life.
B. Updating the nurse manager on the client's status is important, but it is not the priority action in terms of direct client care.
C. Conveying the client's status to the chaplain may be part of holistic care, but the immediate physical needs of the client take precedence.
D. Documenting the impending signs of death is essential for medical records, but addressing the client's comfort needs is the priority.
Correct Answer is ["0.2"]
Explanation
750mcg=2.4ml 60mcg=602.4/750
=0.192ml
Rounded off to the nearest tenth= 0.2ml
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