Rule of Nines and Burn Surface Estimation Practice Questions
20 free Rule of Nines and Burn Surface Estimation practice questions for the NCLEX Exam, each with the correct answer and a detailed explanation. Open any question below, or take the full set as an interactive quiz.
Questions
20 questions
All Rule of Nines and Burn Surface Estimation questions
- Q1. According to the Rule of Nines, what percentage of total body surface area (TBSA) does each leg represent in an adult?
- Q2. In the Rule of Nines, the anterior trunk accounts for what percentage of TBSA in an adult?
- Q3. What percentage of TBSA does the head and neck represent in an adult according to the Rule of Nines?
- Q4. The posterior trunk in the Rule of Nines represents:
- Q5. In an adult patient, both arms (anterior and posterior) together account for:
- Q6. The perineum represents what percent of TBSA?
- Q7. A patient with burns over the entire left arm and anterior trunk has what estimated TBSA burned?
- Q8. What is the primary purpose of calculating TBSA in burn injuries?
- Q9. The Rule of Nines is less accurate in which population?
- Q10. Which alternative method is preferred for estimating burn size in children?
- Q11. A patient has burns to the entire right arm (9%) and the anterior right leg (9%). What is the total TBSA?
- Q12. Which of the following would represent a major burn requiring specialized care?
- Q13. A patient has burns on both anterior legs and the anterior trunk. Estimate TBSA burned.
- Q14. Which statement about the Rule of Nines is correct?
- Q15. A patient’s burns involve the entire head, neck, and both anterior arms. Calculate TBSA.
- Q16. In adults, the posterior surface of one leg represents approximately:
- Q17. Which burn pattern would most likely result from lying on a hot surface for a prolonged time?
- Q18. A patient has burns on the anterior face, neck, and anterior chest. What is the estimated TBSA?
- Q19. The nurse uses the palmar method when:
- Q20. A patient has burns on the entire anterior and posterior trunk and both legs. Estimate total TBSA.