Nursing Elites

1. The nurse observes a client with new-onset tachycardia. What should the nurse do first?

• A. Check for the client's temperature
• B. Administer prescribed beta-blockers
• C. Assess for any chest pain or discomfort
• D. Monitor the client's blood pressure

Correct answer: C

Rationale: When a client presents with new-onset tachycardia, the first action the nurse should take is to assess for any associated symptoms like chest pain or discomfort. This is important to differentiate the potential causes of tachycardia and guide appropriate interventions. Checking the client's temperature (Choice A) may be relevant in certain situations but is not the priority when tachycardia is observed. Administering prescribed beta-blockers (Choice B) should only be done after a comprehensive assessment and healthcare provider's orders. Monitoring the client's blood pressure (Choice D) is important, but assessing for chest pain or discomfort takes precedence in this scenario to rule out cardiac causes of tachycardia.

2. The nurse is planning to ambulate a client who has been on bed rest for 24 hours following a Colon Resection. To ambulate this client safely, which intervention should the nurse implement first?

• A. Place non-skid shoes on the client
• B. Show the client how to use the call light
• C. Use a gait belt to support the client
• D. Assist the client to a bedside sitting position

Correct answer: D

Rationale: To ambulate a client safely after a period of bed rest, the nurse should first assist the client to a bedside sitting position. This initial step ensures the client is stable before attempting to stand and walk, reducing the risk of falls and allowing for a gradual adjustment to activity post-bed rest. Placing non-skid shoes, showing how to use the call light, or using a gait belt are important but should come after ensuring the client is safely seated and stable.

3. The healthcare provider plans to assess a newborn and check the infant's Moro reflex. What is the healthcare provider evaluating?

• A. Neurological integrity
• B. Renal functioning
• C. Thermoregulation
• D. Respiratory adequacy

Correct answer: A

Rationale: The Moro reflex is an instinctive response observed in newborns, indicating their neurological integrity. This reflex is evaluated by eliciting a startle response in the infant, involving the sudden extension and abduction of the limbs, followed by their retraction. This assessment helps in determining the proper functioning of the infant's nervous system and brain. Choices B, C, and D are incorrect as they do not relate to the evaluation of the Moro reflex. Renal functioning pertains to kidney function, thermoregulation refers to temperature control, and respiratory adequacy involves assessing breathing and oxygenation levels, none of which are evaluated through the Moro reflex.

4. When taking blood pressure at the brachial artery, the nurse should place the client's arm in which position?

• A. Slightly above the level of the heart
• B. At the level of the heart
• C. At a level of comfort for the client
• D. Below the level of the heart

Correct answer: B

Rationale: When taking blood pressure at the brachial artery, it is crucial to place the client's arm at the level of the heart to ensure accurate measurement. Placing the arm above or below the heart level can lead to incorrect readings. Option A, placing the arm slightly above the heart level, would result in falsely lower blood pressure readings as gravity would assist in a lower value. Option C, placing the arm at a level of comfort for the client, may not align with the standardized technique required for accurate blood pressure assessment. Option D, placing the arm below the level of the heart, would likely yield falsely higher blood pressure readings due to increased hydrostatic pressure pushing the blood against gravity.

5. When reconstituted, how many milligrams are in each milliliter of solution?

• A. 300 mg/mL
• B. 350 mg/mL
• C. 450 mg/mL
• D. 400 mg/mL

Correct answer: D

Rationale: After reconstitution, the concentration of the cefazolin solution is 400 mg/mL. This calculation is derived by dividing the total milligrams in the vial (1000 mg) by the total volume after reconstitution (2.5 mL). Therefore, each milliliter of the solution contains 400 mg of cefazolin. Choices A, B, and C are incorrect as they do not match the correct calculation based on the information provided.

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