How do you prevent flat spots on the back of a baby's head?
Back to sleep.
Take the baby for walks.
Keep them awake most of the day.
Tummy time.
The Correct Answer is D
A. Back to sleep: While placing babies on their backs to sleep is essential for reducing the risk of sudden infant death syndrome (SIDS), it does not prevent flat spots. Instead, tummy time while the baby is awake helps balance the time spent on their back.
B. Take the baby for walks: Taking a baby for walks is beneficial for overall development and stimulation but does not directly prevent flat spots on the head.
C. Keep them awake most of the day: This is not a safe or recommended practice. Babies need sufficient sleep for proper growth and development.
D. Tummy time helps prevent flat spots by reducing the amount of time the baby spends lying on their back. It also strengthens neck, shoulder, and arm muscles, encouraging the baby to move their head more freely and develop motor skills.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
Choice A rationale:
One ounce is equivalent to 29.57 ml (30 mls when rounded off to the nearest whole number). This conversion is essential in pediatric care, especially when administering medications to infants, as doses are often prescribed in milliliters.
Choice B rationale:
One ounce is equivalent to 29.57 ml (30 mls when rounded off to the nearest whole number). This conversion is essential in pediatric care, especially when administering medications to infants, as doses are often prescribed in milliliters.
Choice C rationale:
One ounce is equivalent to 29.57 ml (30 mls when rounded off to the nearest whole number). This conversion is essential in pediatric care, especially when administering medications to infants, as doses are often prescribed in milliliters.
Choice D rationale:
One ounce is equivalent to 29.57 ml (30 mls when rounded off to the nearest whole number). This conversion is essential in pediatric care, especially when administering medications to infants, as doses are often prescribed in milliliters.
Correct Answer is B
Explanation
A. This condition typically results from excessive loss of acid, often due to vomiting or diuretics. It is not the most likely concern in a cold environment with an infant who has been crying and kicking.
B. A cold environment can lead to nonshivering thermogenesis in newborns, where they metabolize brown fat to generate heat. This process can lead to increased lactic acid production, potentially causing metabolic acidosis. The infant's fatigue following crying and kicking may indicate that the body has expended significant energy to stay warm, making metabolic acidosis a priority concern.
C. While hunger could be a reason for crying, it is not the priority concern in this scenario where environmental cold and fatigue are present.
D. Overstimulation might cause crying, but the environmental cold and subsequent risk of metabolic acidosis are more critical concerns in this context.
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