After a partial gastrectomy, in addition to frequent position changes, which postoperative intervention is most beneficial for the nurse to perform to prevent respiratory complications?
Promote full diaphragmatic excursion by massaging the back.
Assist the client to a chair the day after surgery when the condition is stable.
Note areas of atelectasis on the daily chest x-rays.
Provide ice or oral liquids when the client passes flatus.
The Correct Answer is B
Choice A reason: Massaging the back to promote diaphragmatic excursion can be beneficial but is not the most effective intervention compared to early mobilization.
Choice B reason: Assisting the client to sit in a chair encourages lung expansion and sputum clearance, which are crucial for preventing atelectasis and pneumonia.
Choice C reason: Noting areas of atelectasis on chest x-rays is important for monitoring, but it is not an intervention that actively prevents respiratory complications.
Choice D reason: Providing ice or oral liquids when the client passes flatus is related to gastrointestinal recovery, not respiratory complications.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A reason: Applying a water-soluble lubricant to the catheter is not recommended during tracheostomy suctioning as it may introduce contaminants.
Choice B reason: Instilling sodium chloride before suctioning is not a standard practice and can lead to complications such as edema.
Choice C reason: Wearing protective goggles is important to protect the nurse from potential splashes of bodily fluids during the suctioning process.
Choice D reason: Instructing the client to cough as the suction tip is removed is not recommended as it can cause discomfort and potential harm to the tracheal lining.

Correct Answer is ["67"]
Explanation
Step 1: Convert the volume of fluid to be infused from mL to mL (since the rate is usually measured in mL/hr):
100 mL = 100 mL (No conversion needed as the volume is already in mL)
Step 2: Convert the time for infusion from hours to hours (since the rate is usually measured in mL/hr):
1.5 hours = 1.5 hours (No conversion needed as the time is already in hours)
Step 3: Calculate the rate (volume ÷ time):
Rate = Volume ÷ Time
Rate = 100 mL ÷ 1.5 hours
Rate = 66.67 mL/hr
So, the nurse should program the infusion pump to deliver at a rate of 67 mL/hr (rounded to the nearest whole number
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