The school nurse is discussing obesity with a group of caregivers of school-aged children. Which statement by the caregivers best illustrates that they are prepared to help their child prevent obesity?
“I always cook foods that are low in fat.”
“I keep lots of snacks on hand because my child eats all day long.”
“We eat fast foods only on weekends because we are too busy to cook.”
“Neither my husband nor I have ever had any concerns with weight.”
The Correct Answer is A
Choice A reason: Cooking low-fat foods demonstrates a proactive approach to healthy eating, reducing calorie-dense intake and preventing obesity. This aligns with pediatric nutrition guidelines for obesity prevention, making it the best statement indicating caregivers’ preparedness to promote healthy weight in their child during discussions.
Choice B reason: Keeping many snacks encourages frequent eating, potentially high-calorie intake, increasing obesity risk. Low-fat cooking directly addresses dietary quality, making this counterproductive and incorrect compared to a strategy focused on reducing fat content to prevent obesity in school-aged children.
Choice C reason: Limiting fast food to weekends reduces unhealthy intake but does not proactively promote healthy eating like low-fat cooking. Fast food, even occasionally, is high in calories, making this less effective and incorrect for demonstrating optimal preparedness to prevent childhood obesity among caregivers.
Choice D reason: Parental weight history is irrelevant to current actions preventing child obesity. Cooking low-fat foods actively addresses dietary habits, while personal weight concerns do not ensure healthy practices, making this incorrect for illustrating caregivers’ readiness to prevent obesity in their child.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A reason: Frequent bladder urges relate to bladder size and neurological maturation, not kidney location. Children’s higher kidney position increases trauma risk, making this unrelated and incorrect for the anatomical difference in kidney placement between children and adults in the context of injury risk.
Choice B reason: Children’s kidneys are proportionally larger and higher (near T12-L3) with less protective fat, increasing trauma risk from blunt injury. This anatomical difference aligns with pediatric urology evidence, making it the correct fact related to kidney location in children compared to adults.
Choice C reason: Fluid retention is a physiological process, not directly tied to kidney location. Children’s higher kidney placement increases trauma susceptibility, making this irrelevant and incorrect for the anatomical comparison of kidney position between children and adults in terms of health risks.
Choice D reason: Adults may have less fat, but children’s kidneys are less protected due to higher positioning and thinner fat layers. Trauma risk is the primary concern, making this partially correct but incorrect compared to the direct consequence of kidney trauma in children due to location.
Correct Answer is C
Explanation
Choice A reason: Kwashiorkor primarily affects young children, not adolescents, due to protein deficiency during critical growth periods. Increasing protein intake is the key treatment, making this inaccurate, as it misidentifies the age group most impacted by this nutritional disorder in the in-service discussion.
Choice B reason: Treating Kwashiorkor is complex, requiring gradual protein reintroduction and management of complications, not a simple fix. Increasing protein is central, but the process is intricate, making this incorrect compared to the accurate focus on protein supplementation for recovery in affected children.
Choice C reason: Kwashiorkor results from severe protein deficiency, and increasing protein intake is critical for treatment, restoring growth and tissue repair. This aligns with pediatric nutritional deficiency management, making it the most accurate statement about addressing Kwashiorkor in children during the in-service program.
Choice D reason: Kwashiorkor is caused by protein deficiency, not vitamin D deficiency, which is linked to rickets. Protein supplementation is the primary intervention, making this incorrect, as it misattributes the nutritional cause of Kwashiorkor to a vitamin deficiency in the context of the discussion.
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