NCLEX-PN
Safe and Effective Care Environment Nclex PN Questions
1. Which fetal heart monitor pattern can indicate cord compression?
- A. variable decelerations
- B. early decelerations
- C. bradycardia
- D. tachycardia
Correct answer: A
Rationale: Variable decelerations can indicate cord compression as they are caused by umbilical cord compression or prolapse. This pattern shows an abrupt decrease in heart rate with an erratic shape, often resembling a V or W. Early decelerations (choice B) are typically caused by head compression during contractions and are considered benign. Bradycardia (choice C) is a consistent low heart rate below 110 bpm and is not specific to cord compression. Tachycardia (choice D) is an abnormally high heart rate above 160 bpm and is not associated with cord compression.
2. The LPN is caring for a 32-year-old female client who is 8 hours post-op after a tonsillectomy. Which of these actions would be appropriate for the nurse to take?
- A. Inform the client that ear pain may occur and is normal.
- B. Provide ice water and a straw to promote easy fluid consumption.
- C. Provide hot tea to soothe the throat.
- D. Monitor vitals every 15 minutes.
Correct answer: A
Rationale: The appropriate action for the nurse to take is to inform the client that ear pain may occur and is normal after a tonsillectomy. Referred pain in the ear is common due to related nerve pathways. It is essential to educate the client about this to alleviate concerns. Providing ice water and a straw is not recommended as they may irritate the throat and disturb the healing process. Hot beverages like tea should also be avoided for the same reason. While monitoring vitals every 15 minutes is crucial in the immediate postoperative period for early identification of any complications, it is not the most appropriate action in this scenario where addressing the client's concerns and providing education is key.
3. Which of the following nursing diagnoses might be appropriate as Parkinson's disease progresses and complications develop?
- A. Impaired Physical Mobility
- B. Dysreflexia
- C. Hypothermia
- D. Impaired Dentition
Correct answer: A
Rationale: As Parkinson's disease progresses and complications develop, impaired physical mobility is a relevant nursing diagnosis due to symptoms like a shuffling gait and rigidity that can impair movement. Dysreflexia is not typically associated with Parkinson's disease; it is more commonly seen in spinal cord injuries. Hypothermia is a condition of low body temperature and is not directly related to Parkinson's disease progression. Impaired Dentition involves issues with teeth and oral health, which are not specific to Parkinson's disease complications.
4. What spinal change occurring with pregnancy alters mobility?
- A. Scoliosis.
- B. Kyphosis.
- C. Lordosis.
- D. Ankylosing spondylitis.
Correct answer: C
Rationale: The correct answer is 'Lordosis.' During pregnancy, the enlarging uterus places increased weight on the spine, causing an exaggerated inward curvature known as lordosis. This change alters mobility by shifting the center of gravity forward, leading to a compensatory change in posture. Scoliosis (choice A) is a sideways curvature of the spine, not typically associated with pregnancy. Kyphosis (choice B) is an exaggerated outward curvature of the spine, while ankylosing spondylitis (choice D) is a chronic inflammatory condition affecting the spine, neither of which are directly related to the spinal changes seen in pregnancy.
5. When a client has a chest drainage system in place, where should the system be placed?
- A. above the level of the client's chest
- B. at the level of the client's shoulders
- C. at the level of the chest
- D. below the level of the chest
Correct answer: D
Rationale: A chest drainage system should be placed below the level of the client's chest to ensure proper drainage of fluid from the chest. Placing the system above the level of the chest or at the shoulders would not allow gravity to assist in the drainage process, potentially leading to complications such as fluid accumulation. Similarly, placing it at the level of the chest would not create the necessary gravity-dependent flow for effective drainage, which is crucial for the proper functioning of the chest drainage system.
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