Nursing Elites

1. If a baby weighs 14 kg, how much fluid should be administered to the baby over 24 hours using a rate of 100 ml/kg?

• A. 1400ml
• B. 2600ml
• C. 1650ml
• D. 3360ml

Correct answer: A

Rationale: To calculate the fluid requirement for a baby, multiply the weight of the baby (14 kg) by the fluid rate (100 ml/kg): 14 kg x 100 ml/kg = 1400 ml. Therefore, the correct answer is 1400 ml.

2. Which of the following signs would you expect to see in a child with respiratory failure?

• A. Slow, irregular breathing
• B. Flushed skin
• C. Strong cry
• D. Unconsciousness

Correct answer: A

Rationale: In a child with respiratory failure, slow, irregular breathing is a common sign. Respiratory failure impairs the ability to exchange oxygen and carbon dioxide efficiently, leading to altered breathing patterns. Flushed skin, a strong cry, or unconsciousness may not be specific signs of respiratory failure and could be indicative of other conditions. Flushed skin may be a sign of fever or increased blood flow, a strong cry may indicate pain or distress, and unconsciousness can have various causes beyond respiratory failure.

3. In counseling the parents of a child with hypopituitarism, Nurse Gyimah is asked about their child's condition. Which of the following phrases, if stated by the nurse, best describes the condition?

• A. Linear growth retardation with skeletal proportions normal for chronologic age
• B. A complete normal growth pattern, but with the onset of precocious puberty
• C. Normal growth for the first five years, followed by progressive linear growth retardation
• D. Growth retardation in which height and weight are equally affected

Correct answer: A

Rationale: Hypopituitarism is characterized by linear growth retardation with skeletal proportions normal for chronologic age. This means that although the child experiences growth retardation, their skeletal proportions are appropriate for their age, which distinguishes it from other conditions like precocious puberty or equal height and weight affectation. Choice B is incorrect as hypopituitarism does not involve precocious puberty. Choice C is wrong as it describes a different growth pattern not typical of hypopituitarism. Choice D is also incorrect as in hypopituitarism, height and weight are not equally affected, rather the focus is on linear growth retardation with normal skeletal proportions.

4. A child is being admitted to the hospital for probable pneumonia. The nurse asks what the parents have done at home for this illness. The parent comments that they have given the child a tea made up of herbs that a neighbor recommended. The parents ask if that is a safe thing to do. The most appropriate response for the nurse is:

• A. Sure, if it doesn't make the child worse, it could help.
• B. Of course, teas are rarely harmful.
• C. It might be safe for adults, but research might not have been conducted on the effects on children.
• D. Absolutely not, herbal teas are not appropriate for children.

Correct answer: C

Rationale: The most appropriate response is C: 'It might be safe for adults, but research might not have been conducted on the effects on children.' This response acknowledges the potential differences in the effects of herbal teas on adults versus children and highlights the importance of considering the lack of specific research on this topic when it comes to pediatric care. Choice A is incorrect because assuming something is safe without evidence can be risky in a pediatric setting. Choice B is also incorrect as it oversimplifies the safety of herbal teas. Choice D is too definitive and does not consider the possibility that herbal teas might have different effects on children than on adults.

5. When is it MOST appropriate to clamp and cut the umbilical cord?

• A. Before the newborn has taken its first breath
• B. After the placenta has completely delivered
• C. As soon as the cord has stopped pulsating
• D. Immediately following delivery of the newborn

Correct answer: C

Rationale: The ideal time to clamp and cut the umbilical cord is when it has stopped pulsating. This allows for the transfer of remaining blood from the placenta to the newborn, which can be beneficial for the baby's health and iron stores. Clamping the cord too early can deprive the newborn of this essential blood volume. Waiting for the pulsations to cease ensures that the baby receives the maximum benefits from delayed cord clamping.

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