Nursing Elites

1. A client is complaining of pain that starts in the shoulder and travels down the length of his arm. This type of pain is referred to as:

• A. Referred pain
• B. Superficial pain
• C. Radiating pain
• D. Precipitating pain

Correct answer: C

Rationale: Radiating pain is the correct term for pain that originates in one part of the body and extends to other related areas. In this scenario, the pain starting in the shoulder and traveling down the arm describes radiating pain. Referred pain (Choice A) is pain felt at a site different from the actual origin of the pain. Superficial pain (Choice B) is pain that arises from the skin or tissues just beneath it. Precipitating pain (Choice D) refers to pain that is triggered by specific actions or events, not the characteristic described in the question.

2. What is the correct action regarding thigh pressure when comparing it to arm pressure in an adolescent with high blood pressure?

• A. The popliteal artery should be auscultated to obtain thigh pressure.
• B. The best position to measure thigh pressure is the prone position.
• C. If the blood pressure in the arm is high in an adolescent, then it should be compared with the thigh pressure.
• D. Thigh pressure is generally higher than arm pressure due to the proximity to the heart and the size of the popliteal vessels.

Correct answer: C

Rationale: When blood pressure measured in the arm is significantly elevated, especially in adolescents and young adults, it is crucial to compare it with thigh pressure to assess for coarctation of the aorta. The popliteal artery, not the femoral artery, should be auscultated for the thigh pressure reading as the femoral artery is closer to the placement of the blood pressure cuff. Generally, thigh pressure is higher than arm pressure; however, if there is coarctation of the artery, arm pressures can be higher than thigh pressures. The preferred position for measuring thigh pressure is the prone position, not supine, with the knee slightly bent to facilitate accurate readings.

3. When would chest thrusts be performed in an emergency situation?

• A. When performing CPR to initiate cardiovascular circulation.
• B. When assessing responsiveness of an unconscious patient.
• C. When assisting a pregnant woman who is choking.
• D. None of the above examples indicate the need for chest thrusts.

Correct answer: C

Rationale: In the scenario of an emergency where a pregnant woman is choking, chest thrusts are performed to clear the airway obstruction. This technique is used instead of abdominal thrusts to avoid potential harm to the fetus. While chest thrusts are not as effective as abdominal thrusts in clearing obstructions, they are the preferred method in this specific situation. Choices A and B are incorrect as chest thrusts are not typically performed during CPR to initiate cardiovascular circulation or when assessing responsiveness of an unconscious patient. Choice D is incorrect as chest thrusts are indeed warranted when assisting a pregnant woman who is choking.

4. A patient has come to the office for a blood draw. The patient starts to sweat and is very anxious. Which of the following would be the BEST way to proceed?

• A. Do not perform the procedure. Notify the physician of the reason why.
• B. Perform the procedure but pay close attention for signs of potential syncope.
• C. Allow the patient to reschedule for a time when he isn't as anxious.
• D. Have the physician draw the blood.

Correct answer: B

Rationale: In the scenario where a patient is sweating and anxious, it is important to assess for signs of potential syncope (fainting) while proceeding with the blood draw. If the patient does not exhibit signs of fainting, the phlebotomy procedure can be performed safely. Postponing the procedure may not address the patient's anxiety and inconvenience them. Having the physician draw the blood is not necessary if the phlebotomist can handle the situation effectively.

5. Each small square on the EKG paper is:

• A. 0.04 seconds long and 5mm tall
• B. 0.2 seconds long and 5mm tall
• C. 0.04 seconds long and 20mm tall
• D. 0.04 seconds long and 1mm tall

Correct answer: D

Rationale: Each small square on an EKG paper represents 0.04 seconds long and 1mm tall. This standardization is essential for accurate measurements. One large square on EKG paper consists of 5 small squares in length and 5 small squares in height, which equals 0.2 seconds long and 5mm tall (0.5 mV). Choice A is incorrect because while the duration is correct, the height mentioned is not accurate. Choice B is incorrect as it provides the correct height but the duration is inaccurate. Choice C is incorrect as the height mentioned is exaggerated, and the duration is correct but the height is not. Therefore, the correct answer is 0.04 seconds long and 1mm tall.

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