A nurse is caring for a client who has their newborn placed skin to skin immediately following birth with a temperature of 37° C (98.6" F). Which of the following interventions by the nurse would place the newborn at higher risk for hypothermia?
Dry and stimulate newborn with towel.
Place a hat on the newborn's head.
Maintain the delivery room temperature at 20° C (68° F)
Place a blanket on top of maternal dent and newborn.
The Correct Answer is C
A) Dry and stimulate newborn with towel:
Drying and stimulating the newborn immediately after birth is a standard practice to prevent heat loss and promote early bonding. This action helps to prevent heat loss through evaporation and stimulates the newborn to breathe. It is an appropriate intervention to reduce the risk of hypothermia, not increase it.
B) Place a hat on the newborn's head:
Placing a hat on the newborn’s head is an appropriate and helpful intervention. Since a significant amount of heat is lost through the head, especially in newborns who have a larger surface area relative to their body mass, keeping the head covered with a hat helps to retain warmth and reduce the risk of hypothermia. This would not place the newborn at risk for hypothermia.
C) Maintain the delivery room temperature at 20° C (68° F):
A delivery room temperature of 20° C (68° F) is on the lower end of the recommended range for newborn care. Newborns are particularly susceptible to heat loss due to their high surface area-to-body weight ratio and immature thermoregulation system. A cooler environment like 20°C increases the risk of hypothermia, as the newborn will lose heat more quickly than it can generate on its own.
D) Place a blanket on top of maternal and newborn:
Placing a blanket over the mother and newborn is an appropriate intervention to prevent heat loss. This promotes warmth by reducing heat loss from the newborn's body surface to the cooler environment. This would not place the newborn at risk for hypothermia; instead, it helps to maintain body temperature.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A) Decrease the client's IV fluids:
Sinusoidal fetal heart rate patterns are concerning and typically indicate severe fetal distress, which is often associated with conditions such as fetal anemia, hypoxia, or central nervous system (CNS) damage. Decreasing IV fluids is not an appropriate response to a sinusoidal pattern. The primary focus should be on fetal well-being, not fluid management, in this situation.
B) Prepare the client for an emergent birth:
This pattern is typically associated with severe fetal compromise and is an ominous sign. Immediate intervention is required, and emergent delivery may be necessary to prevent further fetal distress and potential harm. The nurse should promptly notify the healthcare provider and prepare the client for an emergency cesarean delivery or other urgent interventions.
C) Turn the client to a supine position:
The supine position is not recommended for managing fetal distress, as it may decrease uterine blood flow and worsen the situation, especially if the fetus is experiencing hypoxia. The appropriate intervention for addressing a sinusoidal heart rate pattern is not repositioning the client in a supine position, but rather preparing for emergency delivery and providing immediate support to stabilize both mother and fetus.
D) Document the findings:
While it is important to document any fetal heart rate pattern, sinusoidal patterns require immediate action. Documentation alone is not sufficient in this case, as it does not address the potential life-threatening situation for the fetus. The nurse should not delay action, and the focus should be on preparing for emergency birth and notifying the healthcare provider immediately.
Correct Answer is ["2"]
Explanation
Given:
Desired dose: Ampicillin 0.5 g PO
Available concentration: Ampicillin capsules 250 mg each
To find:
Number of capsules to administer for a single dose
Step 1: Convert desired dose to milligrams
We know that 1 gram (g) is equal to 1000 milligrams (mg). Therefore, to convert the desired dose from grams to milligrams, we multiply by 1000:
Desired dose (mg) = Desired dose (g) x 1000
Desired dose (mg) = 0.5 g x 1000 = 500 mg
Step 2: Calculate the number of capsules
To find the number of capsules, we divide the desired dose by the strength of each capsule:
Number of capsules = Desired dose / Capsule strength
Number of capsules = 500 mg / 250 mg/capsule = 2 capsules
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