The order is to infuse 50ml of piggyback antibiotic over 1 hour. The set calibration has a microdrip drop factor. What the flow rate in drops per minute?
The Correct Answer is ["50"]
The correct answer is 50 drops per minute
Explanation:
Step 1 is identify the total volume to be infused
50 mL
Step 2 is identify the time in minutes
1 hour = 60 minutes
Step 3 is identify the drop factor for a microdrip set
Microdrip = 60 drops per mL
Step 4 is multiply the volume by the drop factor
50 × 60 = 3000 drops
Step 5 is divide total drops by time in minutes
(3000 ÷ 60) = 50
Result = 50 drops per minute
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A reason: Insight into mental health problems varies individually and is not a defining feature of voluntary versus involuntary commitment. Both types of patients may lack insight, especially in severe mental illness, making this statement inaccurate as a legal or procedural distinction between commitment types.
Choice B reason: Involuntary commitment, under laws like a 302, restricts a client’s ability to initiate discharge due to assessed danger to self or others. Voluntary clients can request discharge, though medical advice may apply. This legal distinction defines the difference, making it the correct answer.
Choice C reason: Involuntary clients cannot universally refuse treatment, as court-ordered interventions may apply in cases of imminent danger. Both voluntary and involuntary clients have rights to refuse non-emergent treatment, but this is not the primary legal distinction between commitment types, making this option incorrect.
Choice D reason: Aggression is not a defining characteristic of voluntary commitment. Both voluntary and involuntary clients may exhibit aggression, depending on their mental health condition. The distinction lies in legal control over discharge, not behavior, making this statement inaccurate for defining commitment types.
Correct Answer is ["2.5"]
Explanation
Step 1 is identify the total dose ordered
10 mg
Step 2 is identify the concentration available
4 mg per mL
Step 3 is divide the ordered dose by the concentration per mL
(10 ÷ 4) = 2.5
Result = 2.5 mL
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