A nurse is calculating the total fluid intake for a client during a 4-hr period. The client consumes 1 cup of coffee. 4 oz of orange juice. 3 oz of water, 1 cup of flavored gelatin, 1 cup of tea. 5 oz of broth, and 3 oz of water. The nurse should record how many mL of intake on the client’s record? (Round the answer to the nearest whole number. Use a leading zero if it applies. Do not use a trailing zero.)
The Correct Answer is ["1170"]
To calculate the total fluid intake for a client during a 4-hour period, the nurse should convert all the measurements to milliliters (mL) and add them together. One cup is equal to 240 mL, one ounce is equal to 30 mL, and one teaspoon is equal to 5 mL. Therefore, the client consumes:
- 1 cup of coffee = 240 mL
- 4 oz of orange juice = 120 mL
- 3 oz of water = 90 mL
- 1 cup of flavored gelatin = 240 mL
- 1 cup of tea = 240 mL
- 5 oz of broth = 150 mL
- 3 oz of water = 90 mL
The total fluid intake is:
240 + 120 + 90 + 240 + 240 + 150 + 90 = 1170 mL
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A. Discomfort at the puncture site:
Some discomfort at the puncture site is normal after a thoracentesis. It may be managed with pain medication as needed.
B. Serosanguineous drainage from the puncture site:
Serosanguineous drainage (a mix of clear and bloody fluid) is a common and expected finding after a thoracentesis. It is part of the normal post-procedure care.
C. Increased heart rate
Increased heart rate can be indicative of a complication following a thoracentesis, such as a pneumothorax or bleeding. This requires immediate attention, and the healthcare provider should be contacted promptly for further evaluation and intervention.
D. Decreased temperature:
A decreased temperature alone is not typically associated with complications following a thoracentesis. It may be related to other factors, but it is not an immediate concern compared to an increased heart rate.
Correct Answer is C
Explanation
A. Loop the tubing of the chest tube on the client’s bed:
Looping the tubing may create dependent loops that can trap drainage and prevent effective functioning of the chest tube. It can impede the drainage of air or fluid from the pleural space.
B. Strip the client’s chest tube every 2 hrs:
Stripping or milking the chest tube is an outdated practice. It can cause trauma to the tissue surrounding the chest tube and increase the risk of complications, including damage to the lung tissue or tubing.
C. Place the chest tube drainage system below the level of the client’s heart:
This is the correct action. Placing the chest tube drainage system below the level of the client's chest allows gravity to assist with drainage and prevents backflow or accumulation of fluids within the chest tube.
D. Tape the connections on the client’s chest tube:
Taping the connections on the chest tube is not recommended. It is important to keep connections secure, but taping can make it difficult to quickly identify and address any issues with the chest tube system during monitoring and assessment.
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