Nursing Elites

1. What advice should a school-age child with type 1 diabetes mellitus follow to prevent hypoglycemia during soccer practice?

• A. Drink a cup of orange juice before soccer practice
• B. Eat twice the amount normally eaten at lunchtime
• C. Take half the amount of prescribed insulin on practice days
• D. Take the prescribed insulin at noontime rather than in the morning

Correct answer: A

Rationale: Drinking orange juice before soccer practice is recommended to prevent hypoglycemia in children with type 1 diabetes. Orange juice contains fast-acting carbohydrates that can quickly raise blood sugar levels if they drop during physical activity. Eating twice the amount normally eaten at lunchtime can lead to hyperglycemia, which is high blood sugar, rather than preventing hypoglycemia. Adjusting insulin doses should only be done under the guidance of a healthcare provider. Taking insulin at noontime rather than in the morning does not directly address preventing hypoglycemia during afternoon soccer practice.

2. Atta, who weighs 20kg, has been prescribed amoxicillin 500 mg b.i.d. The drug information indicates a daily dose of amoxicillin at 50 mg/kg/day in two divided doses. What is the safest dose in milligrams for this child?

• A. 1000 mg
• B. 750 mg
• C. 500 mg
• D. 250 mg

Correct answer: A

Rationale: To calculate the safest dose of amoxicillin for Atta, we multiply the weight (20kg) by the daily dose (50 mg/kg/day) which equals 1000 mg/day. Since the dose is to be given in two divided doses, the safest dose for each administration would be 500 mg. Therefore, the correct answer is 1000 mg, as it aligns with the prescribed dose for this child based on weight and dosing guidelines. Choice B, 750 mg, is incorrect as it does not match the calculated daily dose. Choice C, 500 mg, is incorrect as it represents the safest dose for each administration, not the total daily dose. Choice D, 250 mg, is incorrect as it is below the calculated daily dose required for the child.

3. During your assessment of a woman in labor, you see the baby's arm protruding from the vagina. The mother tells you that she needs to push. You should:

• A. gently push the protruding arm back into the vagina.
• B. encourage the mother to push and give her high-flow oxygen.
• C. insert your gloved fingers into the vagina and try to turn the baby.
• D. cover the arm with a sterile towel and transport immediately.

Correct answer: D

Rationale: When encountering a protruding limb during delivery, it is crucial to recognize this as an emergency situation. The correct action is to cover the limb with a sterile towel to prevent injury and transport the mother immediately to a medical facility. Attempting to push the limb back into the vagina or trying to manipulate the baby's position can be harmful and delay necessary medical intervention. Encouraging the mother to push and providing high-flow oxygen is not appropriate in this scenario as immediate transport is essential to ensure the safety of both the mother and the baby.

4. Which position is MOST appropriate for a mother in labor with a prolapsed umbilical cord?

• A. Supine with legs elevated
• B. Supine with hips elevated
• C. Left lateral recumbent
• D. Left side with legs elevated

Correct answer: B

Rationale: The most appropriate position for a mother in labor with a prolapsed umbilical cord is supine with hips elevated. This position helps reduce pressure on the cord, preventing further complications and ensuring optimal blood flow to the fetus.

5. What should be the drop rate per minute using a drop factor of 20 drops/ml?

• A. 19 drops/min
• B. 23 drops/min
• C. 36 drops/min
• D. 46.7 drops/min

Correct answer: A

Rationale: To calculate the drop rate per minute when using a drop factor of 20 drops/ml, you simply divide 60 (minutes) by the drop factor (20 drops/ml), giving you 3. Therefore, the drop rate per minute would be 3 drops x 20 drops/ml = 60 drops/min. However, since the question asks for the drop rate using a 20 drops/ml factor, the correct answer is slightly less than 60. By rounding down, the closest option is 19 drops/min, which is the correct calculation when considering the drop factor.

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