Nursing Elites

1. A client in labor is receiving oxytocin. Which of the following findings indicates that the nurse should increase the rate of infusion?

• A. Urine output of 20 ml/hr.
• B. Montevideo units constantly at 300 mm Hg.
• C. FHR pattern showing absent variability.
• D. Contractions occurring every 5 minutes and lasting 30 seconds.

Correct answer: B

Rationale: Montevideo units measure the strength and frequency of contractions during labor. A consistent Montevideo units reading of 300 mm Hg or higher is indicative of effective uterine contractions. In this scenario, an increase in the rate of oxytocin infusion may be warranted to further augment contractions and promote progress in labor. The other options, such as low urine output, absent variability in fetal heart rate, and short contractions, do not directly correlate with the need for an increase in oxytocin infusion rate.

2. A healthcare professional is receiving a telephone prescription from a provider for a client who requires additional medication for pain control. Which of the following entries should the healthcare professional make in the medical record?

• A. Morphine 3 mg Subcutaneous every 4 hr. PRN for pain.
• B. Morphine 3 mg Subcutaneous
• C. Morphine 3.0 mg subcutaneously every 4 hr. PRN for pain.
• D. Morphine 3 mg Subcutaneous q 4 hr. PRN for pain.

Correct answer: D

Rationale: The correct entry for documenting the prescription for morphine is 'Morphine 3 mg Subcutaneous'. This entry accurately specifies the medication, dosage, route of administration, and frequency as prescribed by the provider. Options A, C, and D contain minor errors such as missing units of measurement or incorrect abbreviations, which could lead to misinterpretation or potential medication errors. Therefore, the most appropriate and accurate choice is 'Morphine 3 mg Subcutaneous'.

3. While caring for a client in a clinic, a healthcare professional learns that the client woke up not recognizing their partner, surroundings, has chills, and chest pain worsening upon inspiration. What should be the healthcare professional's priority action?

• A. Obtain baseline vital signs and oxygen saturation.
• B. Obtain a sputum culture.
• C. Obtain a complete history from the client.
• D. Provide a pneumococcal vaccine.

Correct answer: A

Rationale: The priority action for the healthcare professional is to obtain the client's baseline vital signs and oxygen saturation. This will provide essential information on the client's current physiological status and help guide further assessment and intervention. Assessing the vital signs and oxygen saturation can help identify any immediate concerns like hypoxia or sepsis, which require prompt attention. While obtaining a complete history and considering a pneumococcal vaccine may be important in the overall care of the client, assessing the vital signs and oxygen saturation takes precedence to address the client's immediate physiological needs.

4. The physician orders 10 gr of aspirin for a patient. The equivalent dose in milligrams is:

• A. 0.6 mg
• B. 10 mg
• C. 60 mg
• D. 600 mg

Correct answer: D

Rationale: To convert grains (gr) to milligrams (mg), you multiply by 60. Therefore, 10 gr of aspirin is equal to 600 mg (10 gr x 60 = 600 mg). So, the correct answer is 600 mg.

5. Which technique in physical examination is used to assess the movement of air through the tracheobronchial tree?

• A. Palpation
• B. Auscultation
• C. Inspection
• D. Percussion

Correct answer: B

Rationale: The correct answer is B: Auscultation. Auscultation is a technique in physical examination used to assess the movement of air through the tracheobronchial tree. During auscultation, healthcare providers listen to lung sounds using a stethoscope to detect abnormalities such as wheezing, crackles, or diminished breath sounds, which can indicate conditions affecting the airways or lungs. Palpation (Choice A) involves feeling the body for abnormalities, Inspection (Choice C) involves visual examination, and Percussion (Choice D) involves tapping on the body to produce sounds that can help in assessing underlying structures, but they are not directly used to assess air movement through the tracheobronchial tree.

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