A client needs 5 liters of oxygen. Which of the following devices is appropriate for use with an oxygen flow rate of 5 liters? Select all that apply:

Choice A Reason:

Documenting that the nasogastric tube is in the correct place is not appropriate in this scenario. The normal pH range for gastric contents is typically between 1.5 and 3.5. A pH of 7.35 is much higher than this range, indicating that the tube may not be in the stomach. Therefore, documenting the tube as correctly placed could lead to potential complications, such as improper feeding or medication administration.

Choice B Reason:

Notifying the health care provider is the correct action. A pH of 7.35 suggests that the nasogastric tube may be misplaced, possibly in the respiratory tract or another non-gastric location. Immediate notification of the health care provider is crucial to prevent any adverse outcomes and to take corrective measures, such as confirming placement with an X-ray or re-inserting the tube.

Choice C Reason:

Checking for placement by auscultating for air injected into the tube is not a reliable method for verifying nasogastric tube placement. While this method was traditionally used, it has been found to be inaccurate and is no longer recommended. The sound of air entering the stomach can be misleading and does not confirm correct placement.

Choice D Reason:

Retesting the pH using another strip is not the best immediate action. While it is important to ensure the accuracy of the pH reading, a pH of 7.35 is significantly outside the normal gastric range, and retesting is unlikely to yield a different result. The priority should be to notify the health care provider to address the potential misplacement of the tube.

Step 1: Calculate the total infusion time in minutes.

8 hours × 60 minutes/hour = 480 minutes

Result at each step = 480 minutes

Step 2: Calculate the total number of drops to be infused.

1,000 mL × 15 drops/mL = 15,000 drops

Result at each step = 15,000 drops

Step 3: Calculate the infusion rate in drops per minute.

15,000 drops ÷ 480 minutes = 31.25 drops/minute

Result at each step = 31.25 drops/minute

Step 4: Round to the nearest whole number if necessary.

31.25 drops/minute rounds to 31 drops/minute

Result at each step = 31 drops/minute

Therefore, the nurse should run the IV infusion at a rate of 31 drops per minute.