Exhibits
Click to indicate which interventions the nurse would include in the plan of care to support the expected outcomes of adequate epidural anesthesia on the mother and the fetus.
Each column must have a least one but may have more than response option selected
Side positioning
Urinary drainage
Assisting with pushing efforts
Administering IV fluids
Monitoring blood pressure
The Correct Answer is {"A":{"answers":"A,B"},"B":{"answers":"A"},"C":{"answers":"B"},"D":{"answers":"A,B"},"E":{"answers":"A,B"}}
Side positioning can help with pain relief and prevent hypotension, which is beneficial for both maternal and fetal well-being. Urinary drainage (B) is typically a maternal intervention to manage the effects of epidural anesthesia on bladder function. Assisting with pushing efforts is a maternal intervention that supports the mother during the second stage of labor. Administering IV fluids is an intervention for the mother to maintain hydration and blood pressure, which indirectly benefits the fetus. Monitoring blood pressure is essential for both maternal and fetal health, as stable maternal blood pressure is critical for adequate fetal perfusion.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A. While the length of exposure can be relevant, it is not the most critical factor before starting isoniazid.
B. Isoniazid can cause hepatotoxicity, so a current diagnosis of hepatitis B is crucial to note as it increases the risk of liver damage.
C. A history of intravenous drug abuse is important for overall health assessment but is less critical than current liver disease.
D. Conversion of the PPD test indicates TB exposure, but assessing liver function and potential for hepatotoxicity is more urgent before starting the medication.
Correct Answer is ["1.3"]
Explanation
To calculate the dosage of amoxicillin for the infant, first convert the weight from pounds to kilograms, knowing that 1 kilogram equals 2.2 pounds. The infant weighs 22 pounds, which is equivalent to 10 kilograms (22 lb / 2.2 lb/kg). The prescription is for 20 mg/kg/day, so the total daily dosage is 200 mg (10 kg * 20 mg/kg). This total daily dosage is divided into three doses, as it is to be administered every 8 hours, resulting in
66.7 mg per dose (200 mg / 3). The medication is supplied as 250 mg per 5 mL, so to find out how many mL per dose, set up a proportion: 250 mg is to 5 mL as 66.7 mg is to X mL. Solving for X gives us 1.334 mL (66.7 mg * 5 mL / 250 mg), which rounds to 1.3 mL when rounded to the nearest tenth.
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