After removing a client's dressing that is saturated with sanguineous drainage, where should the nurse place the dressing?


A
B
C
D
The Correct Answer is C
After removing a dressing that is saturated with sanguineous drainage, it is essential to dispose of it properly to prevent the spread of infection and maintain a safe environment. The dressing should be placed in a designated biohazard container, which is typically red, to signify that the contents are hazardous and require special handling. The red container is specifically used for items contaminated with blood or bodily fluids, ensuring that they are treated as medical waste and disposed of according to health and safety regulations.
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Related Questions
Correct Answer is ["C","D","B","A"]
Explanation
The unit manager should first note the date and time of the behavior to have a record of the incident. This information is crucial for any follow-up actions and for maintaining accurate documentation. Next, the manager should discuss the issue privately with the UAP to understand the reasons behind their actions and to communicate the importance of following unit protocols. After this discussion, planning for scheduled break times can be implemented, which may prevent future occurrences by providing clear expectations and structure. Lastly, the manager should evaluate the UAP for signs of improvement following these interventions to ensure that the behavior has been corrected and to determine if further action is needed.
Correct Answer is ["41.7"]
Explanation
Step 1: Convert grams to milligrams
The prescribed dose is 5 grams (g) daily.
- 1 gram (g) = 1,000 milligrams (mg)
- 5 g = 5,000 mg daily
Step 2: Determine the dose per administration
The medication is to be given every 8 hours, meaning the total daily dose is divided into three equal doses:
5,000mg/3=1,666.67mgperdose
Step 3: Use the medication concentration to find the volume
The available suspension is 200 mg per 5 mL. Using the ratio formula:
200mg/5mL=1,666.67mg/XmL
Solve for X:
X=1,666.67×5/200
X=8,333.35/200=41.67mL
Answer: 41.7 mL (Rounded off to the nearest tenth)
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