Nursing Elites

1. The healthcare provider is evaluating the effects of thyroid therapy used to treat a 5-month-old with hypothyroidism. Which behavior indicates that the treatment has been effective?

• A. Laughs readily, turns from back to side.
• B. Has strong Moro and tonic neck reflexes.
• C. Keeps fists clenched, opens hands when grasping an object.
• D. Can lift head but not chest when lying on abdomen.

Correct answer: A

Rationale: In infants, laughing readily and turning from back to side are developmental milestones that indicate effective thyroid therapy and normal development. These actions demonstrate improved muscle tone, coordination, and overall growth, which are key indicators of successful treatment for hypothyroidism in infants. Choices B, C, and D describe behaviors that are not specific indicators of thyroid therapy effectiveness in treating hypothyroidism in infants.

2. What action should be taken by the healthcare provider for a child who has ingested a corrosive product?

• A. Induce vomiting using Ipecac to remove the corrosive agent.
• B. Administer vinegar or lemon juice to neutralize the caustic agent.
• C. Give activated charcoal to decontaminate the stomach.
• D. Telephone the poison control center and follow their advice.

Correct answer: D

Rationale: In cases of corrosive product ingestion, it is crucial to contact the poison control center for guidance. Inducing vomiting or attempting to neutralize the agent can lead to further harm. The poison control center professionals are trained to provide specific instructions tailored to the situation, ensuring the best possible outcome for the child. Therefore, the correct action is to call the poison control center for appropriate advice. Inducing vomiting can cause additional damage by re-exposing the esophagus and mouth to the corrosive substance. Administering vinegar or lemon juice is not recommended as it may worsen the situation by causing a chemical reaction. While activated charcoal can be useful in some cases of poisoning, it is not recommended for corrosive substances as it is ineffective in binding to them.

3. Following a motor vehicle collision, a 3-year-old girl has a spica cast applied. Which toy is best for the nurse to offer this child?

• A. Duck that squeaks.
• B. Fashion doll and clothes.
• C. Set of cloth and hand puppets.
• D. Handheld video game.

Correct answer: C

Rationale: In this scenario, a set of cloth and hand puppets is the best choice for a 3-year-old with a spica cast. Hand puppets encourage imaginative play, creativity, and interaction, which are developmentally appropriate for a child of this age. The soft materials are safe for the child and can provide entertainment and engagement without posing a risk of injury. The other options, such as a duck that squeaks, a fashion doll and clothes, and a handheld video game, may not be as suitable for a child in a spica cast due to safety concerns, lack of interactive play, or developmental appropriateness.

4. The healthcare professional working on the pediatric unit takes two 8-year-old girls to the playroom. Which activity is best for the healthcare professional to plan for these girls?

• A. Selecting a board game.
• B. Playing doctor and patient.
• C. Watching cartoons on TV.
• D. Coloring, cutting, and pasting.

Correct answer: A

Rationale: Selecting a board game is the best activity for the healthcare professional to plan for these girls as it is age-appropriate and promotes social interaction. Board games can enhance cognitive skills, encourage teamwork, and provide an enjoyable and interactive experience for the girls.

5. A child receives a prescription for amantadine 42 mg PO BID. Amantadine is available as a 50 mg/5 mL syrup. Using a supplied calibrated measuring device, how many mL should be administered per dose? (Round to the nearest tenth.)

• A. 4.2 mL
• B. 5 mL
• C. 3.6 mL
• D. 4 mL

Correct answer: A

Rationale: To calculate the mL per dose, divide the prescribed dose (42 mg) by the concentration of the syrup (50 mg/5 mL) and then convert the result to mL. 42 mg / 50 mg = 0.84. To find the amount in mL, multiply 0.84 by 5 mL, which equals 4.2 mL. Therefore, 4.2 mL should be administered per dose.

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