Nursing Elites

1. What is one benefit of using a large sample size in an experiment?

• A. Chance variation is less likely to affect the results.
• B. The possibility of a placebo effect is eliminated.
• C. The experiment will be double-blind.
• D. The control group will be similar to the experimental group.

Correct answer: A

Rationale: Corrected Rationale: Using a large sample size reduces the likelihood of chance variation affecting the results, providing more reliable data. Choice B is incorrect because the placebo effect is related to participants' beliefs, not sample size. Choice C is incorrect as double-blind refers to a method of reducing bias, not directly related to sample size. Choice D is incorrect because the similarity between the control and experimental groups is not solely dependent on sample size.

2. What is an important consideration when administering medications to a child with hepatic dysfunction?

• A. Increased dosing intervals
• B. Adjustments in dosage due to altered metabolism
• C. Avoid all medications
• D. Use only topical medications

Correct answer: B

Rationale: When administering medications to a child with hepatic dysfunction, it is crucial to make adjustments in dosage due to altered metabolism. Hepatic dysfunction can affect the way medications are metabolized in the body, potentially leading to drug toxicity or reduced effectiveness. This is why adjusting the dosage is essential to ensure the medication is both safe and efficient. Choices A, C, and D are incorrect because increasing dosing intervals, avoiding all medications, or using only topical medications do not address the specific issue of altered drug metabolism in hepatic dysfunction.

3. How should a child with a newly diagnosed seizure disorder be managed?

• A. Avoid all physical activity
• B. Monitor for triggers and ensure safety
• C. Increase dietary sodium intake
• D. Restrict all forms of social interaction

Correct answer: B

Rationale: When managing a child with a newly diagnosed seizure disorder, it is essential to monitor for triggers and ensure safety. By identifying triggers such as lack of sleep, stress, or specific foods, healthcare professionals can help prevent seizures. Ensuring safety involves creating a safe environment to prevent injuries during a seizure. Choices A, C, and D are incorrect. Avoiding all physical activity can be detrimental as appropriate exercise is essential for overall health. Increasing dietary sodium intake is not a standard recommendation for managing seizures. Restricting all forms of social interaction is unnecessary and can have negative effects on the child's emotional well-being.

4. What is the first-line treatment for a child with a bacterial ear infection?

• A. Intravenous antibiotics
• B. Oral antibiotics
• C. Nasal decongestants
• D. Antihistamines

Correct answer: B

Rationale: The correct answer is B: Oral antibiotics. Oral antibiotics are the first-line treatment for bacterial ear infections in children as they effectively target the infection at the source and help alleviate symptoms. Intravenous antibiotics (Choice A) are typically reserved for severe cases where oral antibiotics are not sufficient. Nasal decongestants (Choice C) and antihistamines (Choice D) are not the primary treatments for bacterial ear infections. Nasal decongestants are used for nasal congestion, and antihistamines are used for allergies. However, these medications do not directly address the bacterial infection in the ear, unlike oral antibiotics.

5. Why is randomization important in a scientific experiment?

• A. To minimize the impact of confounding variables.
• B. To eliminate bias in the assignment of subjects to groups.
• C. To contribute to the accuracy and validity of the experiment's results.
• D. To prevent systematic differences between groups.

Correct answer: B

Rationale: Randomization is crucial in a scientific experiment to eliminate bias in the assignment of subjects to groups. By randomly assigning subjects, it helps ensure that any differences observed in the outcomes are due to the experimental treatment and not to preexisting differences between groups. Choice A is incorrect because randomization does not guarantee representativeness but rather minimizes the impact of confounding variables. Choice C is not entirely accurate; while randomization can contribute to accuracy and validity, its primary purpose is to reduce bias. Choice D is incorrect as the goal of randomization is not to balance the number of subjects but to prevent systematic differences between groups.

Similar Questions