Nursing Elites

1. A client is receiving a blood transfusion and develops chills and back pain. What is the nurse's first action?

• A. Stop the transfusion and notify the healthcare provider.
• B. Monitor the client's vital signs every 15 minutes.
• C. Administer a PRN dose of diphenhydramine.
• D. Prepare to administer an antihistamine.

Correct answer: A

Rationale: The correct first action for the nurse is to stop the transfusion and notify the healthcare provider. These symptoms suggest a transfusion reaction, and stopping the transfusion is crucial to prevent further complications. Notifying the healthcare provider ensures timely intervention and appropriate management for the client's condition. Monitoring vital signs, administering diphenhydramine, or preparing to administer an antihistamine can be considered after stopping the transfusion and seeking guidance from the healthcare provider. However, the immediate priority is to halt the transfusion and inform the provider.

2. A client is receiving IV fluid therapy for dehydration. Which assessment finding indicates that the client's fluid status is improving?

• A. Urine output increases to 50 mL/hour
• B. Client reports feeling more thirsty
• C. Blood pressure decreases from 120/80 to 110/70
• D. Heart rate increases from 80 to 100 beats per minute

Correct answer: A

Rationale: An increase in urine output is a positive sign that the client's hydration status is improving. It indicates that the kidneys are functioning well and that fluid therapy is effective. Increased urine output helps to eliminate excess fluid and waste products from the body. Choices B, C, and D are incorrect. Feeling more thirsty (choice B) is a sign of dehydration, not improvement. A decrease in blood pressure (choice C) and an increase in heart rate (choice D) are not typically indicative of improving fluid status during IV fluid therapy for dehydration.

3. The healthcare provider prescribes celtazidime for an infant, IM, every 8 hours. The vial is 500 mg with a concentration of 100 mg/ml after reconstitution. How many ml should the nurse administer?

• A. 3 ml.
• B. 0.4 ml.
• C. 1.2 ml.
• D. 0.9 ml.

Correct answer: B

Rationale: To administer 35 mg of celtazidime from a 100 mg/ml solution, the nurse should give 0.4 ml of the reconstituted celtazidime solution. The calculation is 35 mg / 100 mg/ml = 0.35 ml, but since the vial is 500 mg, the answer is 0.35 ml * (500 mg / 100 mg) = 0.4 ml. Therefore, choices A, C, and D are incorrect as they do not reflect the correct calculation based on the provided information.

4. An S3 heart sound is auscultated in a client in her third trimester of pregnancy. What intervention should the nurse take?

• A. Perform a 12-lead electrocardiogram
• B. Document in the client's record
• C. Notify the healthcare provider immediately
• D. Assess for signs of heart failure

Correct answer: B

Rationale: An S3 heart sound is often a normal finding in pregnant women due to increased blood volume and cardiac output. The nurse should document the finding as part of the routine assessment unless accompanied by other abnormal symptoms. Performing a 12-lead electrocardiogram (Choice A) is unnecessary for a normal S3 heart sound in pregnancy. Notifying the healthcare provider immediately (Choice C) is premature and may lead to unnecessary interventions. Assessing for signs of heart failure (Choice D) is not indicated as an isolated S3 heart sound is typically benign in pregnancy.

5. The nurse is conducting intake interviews of children at a city clinic. Which child is most susceptible to lead poisoning?

• A. An 8-year-old who lives in a housing project.
• B. A 2-year-old who plays on aging playground equipment.
• C. An adolescent who works in a paint factory.
• D. A 10-year-old with Type 1 diabetes.

Correct answer: B

Rationale: The correct answer is B. Young children, like the 2-year-old playing on aging playground equipment, are at higher risk of lead poisoning due to their hand-to-mouth behavior and exploration of their environment. Aging playground equipment may have lead-based paint that can be ingested by the child. While children living in housing projects are also at risk due to lead-based paint in older buildings, the 2-year-old child playing on potentially lead-contaminated playground equipment is the most susceptible in this scenario. The adolescent working in a paint factory may face occupational hazards related to lead exposure, but the immediate risk from environmental sources is higher for the 2-year-old. Type 1 diabetes in a 10-year-old is not directly linked to an increased susceptibility to lead poisoning.

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