A nurse is reviewing a client's prescription for 1,000 ml of 5% dextrose in water IV to infuse over 8 hr. At 1400, the nurse observes that there is 500 ml of solution remaining in the client's current IV bag. At what time should the nurse administer the next bag of IV solution?
1700
1600
1500
1800
The Correct Answer is D
The total volume to infuse is 1,000 ml over 8 hours, which calculates to a rate of 125 ml/hour (1,000 ml ÷ 8 hr).
- By 1400, the client has already received 500 ml (since there is 500 ml remaining in the IV bag).
- The infusion has been running for 4 hours (from 1000 to 1400), which means the nurse has infused 500 ml (125 ml/hour × 4 hours).
- Since there are 500 ml remaining in the bag, it will take another 4 hours to complete the infusion (500 ml ÷ 125 ml/hour).
- Therefore, if the nurse administers the next bag immediately after the current one runs out, it will be at 1800 (1400 + 4 hours).
- However, the timing of administering the next bag depends on when the current bag will run out. Since there is still 500 ml remaining, it will take 4 more hours until the IV solution runs out, which is at 1800.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A. This statement is incorrect. While HIPAA allows for certain disclosures to family members, it is important to follow specific guidelines and obtain appropriate consent or authorization from the client when sharing their health information. There are also circumstances where a client may request that information be withheld from certain family members.
B. This statement is correct. HIPAA is a federal law that establishes privacy standards for protected health information.
C. This statement is correct. A client's address is considered personally identifiable information under HIPAA.
D. The statement appears to be cut off. However, it is important to note that HIPAA does indeed establish regulations for protecting individually identifiable health information in various forms, including verbal, electronic, and written.
Correct Answer is D
Explanation
The total volume to infuse is 1,000 ml over 8 hours, which calculates to a rate of 125 ml/hour (1,000 ml ÷ 8 hr).
- By 1400, the client has already received 500 ml (since there is 500 ml remaining in the IV bag).
- The infusion has been running for 4 hours (from 1000 to 1400), which means the nurse has infused 500 ml (125 ml/hour × 4 hours).
- Since there are 500 ml remaining in the bag, it will take another 4 hours to complete the infusion (500 ml ÷ 125 ml/hour).
- Therefore, if the nurse administers the next bag immediately after the current one runs out, it will be at 1800 (1400 + 4 hours).
- However, the timing of administering the next bag depends on when the current bag will run out. Since there is still 500 ml remaining, it will take 4 more hours until the IV solution runs out, which is at 1800.
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