The client voided twice on your shift (600 mL, 350 mL) and drank half of his 900mL water pitcher plus a 12 oz soft drink during the night. There was 50 mL drainage from the hemovac during the night. Calculate the patient’s total I/O starting at 2300 and ending at 0700.
The Correct Answer is ["-195"]
The water intake is half of 900 mL, which is 450 mL. The soft drink intake is 12 oz, which is equivalent to 355 mL. Therefore, the total fluid intake is 450 + 355 = 805 mL.
The urine output is the sum of the two voids, which is 600 + 350 = 950 mL. The drainage output is 50 mL. Therefore, the total fluid output is 950 + 50 = 1000 mL.
The net I/O is the difference between the fluid intake and output, which is 805 - 1000 = -195 mL. This means that the patient had a negative fluid balance of 195 mL during the night.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["B","C","D","E"]
Explanation
A. “We will keep our household hot water heater at 130 degrees.”
The recommended setting for a hot water heater is typically 120 degrees Fahrenheit to prevent scalds. Setting it at 130 degrees may still pose a risk of burns to young children.
B. “We will place poisonous substances in a high cupboard.”
Placing poisonous substances out of reach in a high cupboard is a safety measure to prevent children from accessing potentially harmful substances.
C. “We will place a gate at the top and bottom of stairways.”
Using safety gates at the top and bottom of stairways is an effective way to prevent young children from falling down stairs.
D. “We will put plastic fillers in all electrical plugs.”
Placing plastic fillers in electrical plugs helps prevent children from inserting objects into outlets, reducing the risk of electric shock.
E. “We will turn handles of pans on the stove toward the back of the stove.”
Turning handles of pans on the stove toward the back is a safety measure to prevent young children from reaching up and pulling hot items off the stove.
Correct Answer is ["25"]
Explanation
To calculate the drops per minute for an IV infusion, we need to use the following formula:
gtt/min = (volume x drop factor) / time
In this case, the volume is 50 mL, the drop factor is 20 gtt/mL, and the time is 40 minutes. Plugging these values into the formula, we get:
gtt/min = (50 x 20) / 40
gtt/min = 1000 / 40
gtt/min = 25
Therefore, the adolescent patient should receive 25 drops per minute of Cefazolin IV.
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