HESI LPN
Pediatric HESI Practice Questions
1. The parents of a 6-week-old infant who was born without an immune system ask a nurse why their baby is still so healthy. How should the nurse reply?
- A. Exposure to pathogens during this time can be limited.
- B. Some antibodies are produced by the infant’s colonic bacteria.
- C. Antibodies are passively received from the mother through the placenta and breast milk.
- D. Fewer antibodies are produced by the fetal thymus during the eighth and ninth months of gestation.
Correct answer: C
Rationale: The correct answer is C. Infants receive passive immunity through antibodies from the mother during pregnancy and breastfeeding, which protect them initially. Choice A is incorrect because a 6-week-old infant born without an immune system would not be able to limit exposure to pathogens effectively. Choice B is incorrect as antibodies produced by colonic bacteria are not a significant source of immunity in infants. Choice D is incorrect as the fetal thymus primarily plays a role in T cell development rather than antibody production during gestation.
2. An 18-month-old was brought to the emergency department by her mother, who states, 'I think she broke her arm.' The child is sent for a radiograph to confirm the fracture. Additional assessment of the child leads the nurse to suspect possible child abuse. Which type of fracture would the radiograph most likely reveal?
- A. Plastic deformity
- B. Buckle fracture
- C. Spiral fracture
- D. Greenstick fracture
Correct answer: C
Rationale: A spiral fracture is a type of fracture often associated with twisting injuries and can raise suspicion of child abuse. This type of fracture is caused by a twisting force applied to a bone. Plastic deformity is not typically associated with fractures but refers to the ability of a material to change shape and retain that shape. A buckle fracture, also known as a torus fracture, is an incomplete break in a bone commonly seen in children. A greenstick fracture is an incomplete fracture where the bone is bent and partially broken, more commonly seen in children due to their bone flexibility.
3. A child with a diagnosis of appendicitis is scheduled for surgery. What preoperative intervention is important for the nurse to perform?
- A. Administering antibiotics
- B. Maintaining strict NPO status
- C. Encouraging fluid intake
- D. Monitoring for signs of infection
Correct answer: B
Rationale: The correct preoperative intervention for a child with appendicitis scheduled for surgery is maintaining strict NPO (nothing by mouth) status. This is crucial to reduce the risk of aspiration during anesthesia induction and prevent potential complications during surgery. Administering antibiotics may be a part of the treatment plan but is not a preoperative intervention. Encouraging fluid intake is contraindicated preoperatively to avoid delays in surgery and complications related to anesthesia. Monitoring for signs of infection is important postoperatively to assess for any complications that may arise due to the surgical procedure.
4. What is the most appropriate method to feed an infant born with a unilateral cleft lip and palate?
- A. Plastic spoon
- B. Cross-cut nipple
- C. Parenteral infusion
- D. Rubber-tipped syringe
Correct answer: B
Rationale: A cross-cut nipple is the most appropriate method to feed an infant born with a unilateral cleft lip and palate. Using a cross-cut nipple allows for easier feeding by modifying the flow of milk, which helps in reducing the risk of aspiration in infants with this condition. Plastic spoon, parenteral infusion, and rubber-tipped syringe are not suitable for feeding infants with cleft lip and palate. Feeding an infant with a cleft lip and palate requires special considerations to ensure safe and effective nutrition delivery.
5. After clearing the airway of a newborn who is not in distress, what is the most important action for you to take?
- A. Apply free-flow oxygen
- B. Clamp and cut the cord
- C. Keep the newborn warm
- D. Obtain an APGAR score
Correct answer: C
Rationale: Keeping the newborn warm is crucial as newborns are at high risk of hypothermia due to their large body surface area and limited subcutaneous fat. Hypothermia can lead to complications such as respiratory distress, hypoglycemia, and metabolic acidosis. Providing warmth helps maintain the newborn's body temperature and supports physiological processes, promoting overall well-being. Applying free-flow oxygen is not necessary if the newborn is not in distress. Clamping and cutting the cord can be done after addressing the immediate need for warmth. Obtaining an APGAR score is important for assessing the newborn's overall condition but ensuring warmth takes precedence to prevent complications related to hypothermia.
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