Nursing Elites

1. As a result of opioid administration, a child's respirations are slow and shallow. Which should the nurse anticipate when assessing the child's arterial blood gas?

• A. Increased PCO2 and respiratory acidosis
• B. Decreased PCO2 and respiratory alkalosis
• C. Low pH and low PCO2
• D. High pH and high PCO2

Correct answer: A

Rationale: When a child's respirations are slow and shallow due to opioid administration, it results in hypoventilation. This leads to retaining carbon dioxide, indicated by an increased PCO2 level on arterial blood gas analysis, and subsequently causes respiratory acidosis due to the buildup of CO2 in the blood. Therefore, choice A, 'Increased PCO2 and respiratory acidosis,' is the correct answer. Choices B, C, and D are incorrect because slow and shallow respirations would not lead to decreased PCO2 or respiratory alkalosis (choice B), low pH and low PCO2 (choice C), or high pH and high PCO2 (choice D).

2. How would you best evaluate the clinical usefulness of a test?

• A. Decide on using a single test for all clients and families
• B. Consider what needs to be collected and discuss with colleagues
• C. Ask the family for a test suggestion
• D. Read the statistical methods used to validate the scores

Correct answer: B

Rationale: When evaluating the clinical usefulness of a test, the best approach is to consider what specific information needs to be collected based on the clients' needs. Discussing these considerations with colleagues helps in ensuring that the chosen test is appropriate and beneficial for the individuals being assessed. Choice A is incorrect as using a single test for all clients may not account for individual differences. Choice C is incorrect as the family's suggestion alone may not align with clinical needs. Choice D is incorrect as understanding statistical methods alone may not fully capture the clinical utility of a test.

3. Which parental statement indicates correct understanding of preventive techniques for heat-related illnesses when children exercise?

• A. Wearing dark clothing during exercise is not recommended.
• B. Water is the preferred fluid for fluid replenishment.
• C. During activity, stopping for fluids every 15 to 20 minutes is essential.
• D. Hydration should be maintained throughout the exercise session.

Correct answer: C

Rationale: The correct preventive technique for heat-related illnesses during exercise is to stop for fluids every 15 to 20 minutes to prevent dehydration and maintain hydration levels. This practice helps regulate body temperature and prevent heat-related complications. Choice A is incorrect as wearing light-colored, loose-fitting clothing is recommended to reflect sunlight and allow better air circulation. Choice B is incorrect as while water is important, a sports drink containing electrolytes may be more beneficial for longer exercise sessions. Choice D is incorrect as it does not emphasize the importance of regular fluid intake during exercise to prevent dehydration.

4. A parent tells the nurse that her child is scheduled for an x-ray of the bladder and urethra that is done while the child is urinating. What is this test known as?

• A. Cystometrogram
• B. Cystoscopy
• C. Voiding cystourethrogram
• D. Intravenous pyelogram

Correct answer: C

Rationale: The correct test for an x-ray examination of the bladder and urethra before and during micturition is a voiding cystourethrogram. This procedure allows visualization of the bladder and urethra while the patient is urinating to assess for any abnormalities in the anatomy or function of these structures.

5. What is the corrected age of a child born at 30 weeks gestation on May 2, 2014, who is being tested on August 5, 2014?

• A. 3 months
• B. 2 weeks
• C. 2.6 months
• D. 4 weeks

Correct answer: B

Rationale: To calculate the corrected age of a premature child, you need to adjust for the weeks of prematurity. In this case, the child was born at 30 weeks gestation. From May 2, 2014, to August 5, 2014, is a span of 14 weeks. Subtracting the 30 weeks of gestation from the total time passed (14 weeks) gives the corrected age, which is 14 - 30 = -16 weeks. Since negative weeks are not relevant here, the corrected age is 0 weeks, which is equivalent to 2 weeks. Choice A is incorrect because 3 months is not the correct adjustment for the given scenario. Choice C is incorrect as it provides a fractional value for age, which is not practical in this context. Choice D is incorrect as 4 weeks does not account for the weeks of prematurity.

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