Nursing Elites

1. When assisting a client with right-sided hemiplegia to get into a wheelchair, how should the nurse position the wheelchair?

• A. On the left side of the bed facing the foot of the bed.
• B. On the right side of the bed facing the head of the bed.
• C. Perpendicular to the bed on the right side.
• D. Facing the bed on the left side of the bed.

Correct answer: A

Rationale: Positioning the wheelchair on the left side of the bed facing the foot of the bed is the correct approach when assisting a client with right-sided hemiplegia. Placing the wheelchair on the left side allows the client to stand on their unaffected foot and pivot to sit down safely. This positioning facilitates a smoother transfer and helps maintain the client's stability during the process. Choice B is incorrect because positioning the wheelchair on the right side facing the head of the bed would make it challenging for the client to transfer due to their right-sided hemiplegia. Choice C is incorrect as placing the wheelchair perpendicular to the bed on the right side may not provide the necessary space and angle for a safe transfer. Choice D is incorrect as facing the bed on the left side of the bed does not provide the optimal position for the client to transfer from the bed to the wheelchair effectively.

2. An adult has a coagulation time of 20 minutes. The nurse should observe the client for which of the following?

• A. Blood clots
• B. Ecchymotic areas
• C. Jaundice
• D. Infection

Correct answer: B

Rationale: A coagulation time of 20 minutes is prolonged, suggesting a potential bleeding disorder. Ecchymotic areas, which are areas of bruising, are common signs of abnormal bleeding. Therefore, the nurse should observe the client for ecchymotic areas to monitor for potential bleeding issues. Blood clots are not typically associated with prolonged coagulation time but rather with excessive clotting. Jaundice is related to liver dysfunction, and infection is not directly linked to coagulation time.

3. What action should be taken when adding sterile liquids to a sterile field?

• A. Use an expired sterile liquid if the bottle is sealed and unopened.
• B. Consider the sterile field contaminated if it becomes wet during the procedure.
• C. Remove the container cap and place it with the inside facing up on the sterile field.
• D. Hold the container low and pour the solution into a receptacle at the front of the sterile field.

Correct answer: B

Rationale: If a sterile field becomes wet or damp during a procedure, it is considered contaminated as moisture can allow organisms to wick from the surface and compromise the sterility of the field. It is essential to maintain the integrity of the sterile field to prevent infections and ensure patient safety.

4. A client is admitted with a diagnosis of fluid volume deficit. Which clinical finding would the nurse expect?

• A. Bounding pulse
• B. Bradycardia
• C. Oliguria
• D. Dry mucous membranes

Correct answer: D

Rationale: Dry mucous membranes (D) are a common clinical finding indicating fluid volume deficit. In dehydration, there is insufficient fluid in the body, leading to dry mucous membranes due to decreased saliva production. Bounding pulse (A) is associated with fluid volume excess, not deficit. Bradycardia (B) and oliguria (C) are not typical clinical findings of fluid volume deficit but may be seen in fluid volume excess or other conditions.

5. After surgery, a patient has decreased cardiac output. What is a likely observation by the nurse?

• A. Decreased urine output
• B. Increased urine output
• C. Flushing of the skin
• D. Hyperventilation

Correct answer: A

Rationale: A decrease in cardiac output can lead to decreased blood flow to the kidneys, resulting in decreased urine output. The kidneys rely on adequate blood supply to filter waste and produce urine. Therefore, a decreased urine output is a common observation when cardiac output is reduced. Choices B, C, and D are incorrect. Increased urine output is not typically associated with decreased cardiac output; flushing of the skin is more related to vasodilation, and hyperventilation is not directly linked to decreased cardiac output.

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