Nursing Elites

1. Which of the following conditions may cause an increased respiratory rate?

• A. Stooped posture
• B. Narcotic analgesics
• C. Injury to the brain stem
• D. Anemia

Correct answer: D

Rationale: Anemia can lead to an increased respiratory rate. In anemia, there are decreased levels of hemoglobin in red blood cells, which are responsible for carrying oxygen to the body's tissues. To compensate for the reduced oxygen-carrying capacity, the body increases the respiratory rate to bring in more oxygen. Stooped posture (Choice A) is not directly related to an increased respiratory rate. Narcotic analgesics (Choice B) are more likely to cause a decreased respiratory rate due to their central nervous system depressant effects. Injury to the brain stem (Choice C) can affect respiratory function but may not necessarily lead to an increased respiratory rate.

2. You are taking care of Mary Eden, an elderly and frail 91-year-old resident. She gets confused during evening hours and at times she thinks that she hears her daughter calling her from the other side of the nursing home. Which physical problem places Mary Eden at risk for falls?

• A. Her confusion
• B. Her daughter
• C. Evening hours
• D. Her frailness

Correct answer: D

Rationale: Mary Eden's frail and weak muscles due to her age and physical condition place her at risk for falls. While her confusion can contribute to falls, it is considered an emotional or cognitive issue rather than a physical problem. Her daughter and the evening hours are not physical problems that directly increase her risk of falling.

3. A family member is complaining that the lights are too dim in the middle of the night when she comes in to visit her husband. What is the most objective response?

• A. Patients sleep better with the lights dimmed.
• B. The nightshift nurses prefer to work with less light.
• C. It's time for him to sleep, and you should, too.
• D. There's a reason we do that. Let me share a research study with you.

Correct answer: D

Rationale: The most objective response in this situation is to explain to the family member that there is a specific reason for dimming the lights and offer to share a research study to provide evidence-based information. By doing so, it helps the family member understand that the care provided is based on established practices and research, potentially alleviating her concerns and ensuring that her husband receives appropriate care. Choices A, B, and C do not address the family member's concern or provide a rationale backed by evidence, making them less suitable responses in this context.

4. A client in labor has an electronic fetal monitor attached to the abdomen, and the nurse notes that the baby's heart rate slows down during each contraction, returning to normal limits only after the contraction is complete. Which type of fetal heart rate change does this pattern describe?

• A. Variable decelerations
• B. Late decelerations
• C. Early decelerations
• D. Accelerations

Correct answer: B

Rationale: Late decelerations refer to a pattern where the baby's heart rate decreases during contractions and does not return to normal until after the contraction ends. This is considered a non-reassuring sign as it indicates potential fetal distress. Late decelerations are associated with uteroplacental insufficiency, and immediate medical attention is required. Variable decelerations (Choice A) are abrupt, unpredictable decreases in the fetal heart rate, usually associated with cord compression. Early decelerations (Choice C) are usually benign and mirror the contraction pattern. Accelerations (Choice D) are reassuring signs of fetal well-being, characterized by an increase in the fetal heart rate.

5. The nurse practicing in a maternity setting recognizes that the postmature fetus is at risk due to:

• A. Excessive fetal weight
• B. Low blood sugar levels
• C. Depletion of subcutaneous fat
• D. Progressive placental insufficiency

Correct answer: D

Rationale: A postmature or postterm pregnancy occurs when a pregnancy exceeds the typical term of 38 to 42 weeks. In this situation, the fetus is at risk due to progressive placental insufficiency. This occurs because the placenta loses its ability to function effectively after 42 weeks. The accumulation of calcium deposits in the placenta reduces blood perfusion, oxygen supply, and nutrient delivery to the fetus, leading to potential growth problems. Choices A, B, and C are incorrect because excessive fetal weight, low blood sugar levels, and depletion of subcutaneous fat are not the primary risks associated with postmature fetuses. The main concern lies in the compromised placental function and its impact on fetal well-being.

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