Nursing Elites

1. While making rounds at 3 am, the nurse discovers a small fire in a client's room. What should the nurse do first?

• A. Remove the client from the room immediately.
• B. Leave the client's room to obtain a fire extinguisher.
• C. Instruct a nurse tech to pull the fire alarm.
• D. Evacuate all clients from the unit.

Correct answer: A

Rationale: During a fire emergency, the priority is the safety of the individual in the room where the fire is located. Removing the client from the room immediately is the first step in the RACE acronym for fire safety: Rescue/Remove, Alarm, Contain, and Extinguish. This action ensures the client's safety before addressing the fire itself. Choice B is incorrect as leaving the client's room to obtain a fire extinguisher can delay the immediate removal of the client from the danger. Choice C is incorrect as pulling the fire alarm should be done after ensuring the client's safety. Choice D is incorrect as evacuating all clients from the unit should come after ensuring the safety of the individual in immediate danger.

2. What is an appropriate intervention for the client with suspected genitourinary trauma and visible blood at the urethral meatus?

• A. Insertion of a Foley catheter.
• B. Performing an in-and-out catheter specimen for urinalysis.
• C. Obtaining a voided urine specimen for urinalysis.
• D. Ordering a urinalysis by the physician.

Correct answer: D

Rationale: When a client presents with suspected genitourinary trauma and visible blood at the urethral meatus, obtaining a voided urine specimen for urinalysis is an appropriate intervention. This helps assess for any urinary tract injuries or abnormalities without further traumatizing the area. Insertion of a Foley catheter (Choice A) should be avoided as it can worsen the existing trauma. Performing an in-and-out catheter specimen (Choice B) involves unnecessary manipulation and can increase the risk of complications. Ordering a urinalysis by the physician (Choice D) may delay the assessment compared to obtaining a direct voided urine specimen.

3. Signs of impaired breathing in infants and children include all of the following except:

• A. nasal flaring
• B. grunting
• C. seesaw breathing
• D. quivering lips

Correct answer: D

Rationale: Signs of impaired breathing in infants and children typically include nasal flaring, grunting, and seesaw breathing. Nasal flaring is the widening of the nostrils during breathing to help with air intake, grunting is a sound made during expiration to keep the airway open, and seesaw breathing is an abnormal pattern where the chest moves in while the abdomen moves out. Quivering lips are not a typical sign of impaired breathing in infants and children, making it the correct answer. Nasal flaring, grunting, and seesaw breathing are all signs indicating the need for immediate medical attention due to potential respiratory distress.

4. The nurse is assessing the newborn's respirations. Which of these findings would indicate a need for follow-up and further intervention?

• A. irregular respirations
• B. abdominal respirations
• C. shallow respirations
• D. 70 breaths per minute

Correct answer: D

Rationale: The ideal respiratory rate in a newborn is 30-60 breaths per minute. A respiratory rate of 70 breaths per minute indicates tachypnea and may require intervention. Therefore, a rate of 70 breaths per minute would necessitate follow-up and further intervention. Irregular, abdominal, and shallow respirations are common in newborns and may not necessarily indicate the need for immediate follow-up or intervention.

5. A client needs to rapidly achieve a therapeutic plasma drug concentration of a medication. Rather than wait for steady state to be achieved, the physician might order:

• A. a maintenance dose.
• B. a loading dose.
• C. a medication with no first-pass effect.
• D. the medication to be given intravenously.

Correct answer: B

Rationale: To rapidly achieve a therapeutic plasma drug concentration, a loading or priming dose is ordered. This dose quickly establishes the desired drug level. It is calculated by multiplying the volume of distribution by the desired plasma drug concentration. A maintenance dose, like choice A, is used to maintain the therapeutic level after the loading dose. Waiting for steady state without a loading dose would take five drug half-lives. Choice C, a medication with no first-pass effect, does not directly address the need for rapid attainment of therapeutic levels. While intravenous administration (choice D) offers excellent bioavailability, a single dose by this route may not achieve the desired therapeutic plasma concentration as rapidly as a loading dose.

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