Nursing Elites

1. What characteristic indicates that a mass on a newborn's head is a cephalohematoma?

• A. The mass appears on the second day after birth.
• B. The mass grows larger when the newborn cries.
• C. The head appears asymmetrical.
• D. The mass is located on only one side of the head.

Correct answer: A

Rationale: A cephalohematoma typically appears between the first and second days after birth, making choice A the correct answer. It results from blood vessel rupture between a cranial bone and the periosteal membrane. Choices B, C, and D are incorrect because the growth of the mass when the newborn cries, asymmetrical head appearance, or the mass being located on only one side of the head are not specific indicators of a cephalohematoma.

2. A 9-year-old girl was struck by a car while crossing the street. Your assessment reveals a large contusion over the left upper quadrant of her abdomen and signs of shock. Which of the following organs is MOST likely injured?

• A. Liver
• B. Kidney
• C. Pancreas
• D. Spleen

Correct answer: D

Rationale: The presence of a large contusion over the left upper quadrant of the abdomen, along with signs of shock, points towards a likely injury to the spleen, especially following trauma. The spleen is located in the left upper quadrant of the abdomen and is susceptible to injury due to its position and vulnerability to blunt trauma.

3. Following delivery of a newborn, the 21-year-old mother is experiencing mild vaginal bleeding. You note that her heart rate has increased from 90 to 120 beats/min and she is diaphoretic. In addition to administering high-flow oxygen, treatment should include:

• A. treating for shock and uterine massage during transport.
• B. uterine massage and transport.
• C. placing her on her left side and transport.
• D. internal vaginal pads and treating for shock during transport.

Correct answer: A

Rationale: In this scenario, the mother is showing signs of postpartum hemorrhage with increased heart rate, diaphoresis, and mild vaginal bleeding. The correct approach involves treating for shock by addressing hypovolemia and providing uterine massage to help control bleeding. Administering high-flow oxygen is essential. Therefore, the most appropriate option is to treat for shock and perform uterine massage during transport to manage the postpartum hemorrhage effectively.

4. You arrive at the scene shortly after a 3-year-old female experienced a seizure. The child, who is being held by her mother, is conscious and crying. The mother tells you that her daughter has been ill recently and has a temperature of 102.5°F. What is the MOST appropriate treatment for this child?

• A. Oxygen via non-rebreathing mask, place the child in a tub of cold water to lower her body temperature, and transport.
• B. Oxygen via the blow-by technique, transport, and request a paramedic intercept so an anticonvulsant drug can be given.
• C. Oxygen via non-rebreathing mask, avoid any measures to lower the child's body temperature, and transport at once.
• D. Oxygen via the blow-by technique, remove clothing to help reduce her fever, and transport with continuous monitoring.

Correct answer: D

Rationale: The most appropriate treatment for a child who has experienced a seizure and has a fever includes administering oxygen via the blow-by technique, removing clothing to help reduce fever, and transporting the child with continuous monitoring. Choice A is incorrect because placing the child in a tub of cold water can lead to hypothermia and is not recommended for fever reduction. Choice B is incorrect as requesting an anticonvulsant drug without proper evaluation and assessment by a healthcare provider is not appropriate. Choice C is incorrect as avoiding measures to lower the child's body temperature can worsen the situation in case of febrile seizures. Therefore, the best course of action is to provide oxygen via the blow-by technique, remove excess clothing to reduce fever, and transport the child while continuously monitoring her condition.

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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