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What are the early symptoms of compartment syndrome?
- A. Unrelieved pain, pallor, and pulselessness
- B. Localized redness and swelling
- C. Fever and swelling
- D. Numbness and tingling
Correct Answer: A
Rationale: The correct answer is A: 'Unrelieved pain, pallor, and pulselessness.' Compartment syndrome is characterized by increased pressure within a muscle compartment, leading to reduced blood flow and potential tissue damage. Early symptoms include unrelieved pain (out of proportion to the injury), pallor (pale skin color), and pulselessness (decreased or absent pulses). Choices B, C, and D are incorrect as they do not represent the classic early symptoms of compartment syndrome.
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A patient reports abdominal cramping during an enema administration. What action should the nurse take?
- A. Increase the flow of the enema
- B. Lower the height of the enema solution container
- C. Stop the enema procedure
- D. Remove the enema tubing
Correct Answer: B
Rationale: When a patient experiences abdominal cramping during an enema administration, the nurse should lower the height of the enema solution container. Lowering the container helps to relieve cramping by slowing the flow of the solution, making it more comfortable for the patient. Increasing the flow (Choice A) would exacerbate the cramping. Stopping the procedure (Choice C) may not be necessary if adjusting the height resolves the issue. Removing the enema tubing (Choice D) is not the initial action indicated for cramping; adjusting the height is the more appropriate intervention.
A patient diagnosed with hypokalemia is at risk for which condition?
- A. Cardiac dysrhythmias
- B. Muscle weakness
- C. Seizures
- D. Bradycardia
Correct Answer: A
Rationale: Patients diagnosed with hypokalemia are at risk for cardiac dysrhythmias due to low potassium levels. Hypokalemia can lead to abnormalities in the electrical conduction system of the heart, potentially causing irregular heart rhythms. Muscle weakness (Choice B) is a symptom commonly associated with hypokalemia, but the question asks about conditions the patient is at risk for, not specific symptoms. Seizures (Choice C) are not typically associated with hypokalemia; they are more commonly linked with conditions such as epilepsy. Bradycardia (Choice D) refers to a slow heart rate, which is not a typical risk associated with hypokalemia; instead, tachycardia (fast heart rate) is more commonly observed in patients with low potassium levels.
What are the signs and symptoms of Increased Intracranial Pressure (IICP)?
- A. Irritability, confusion, restlessness
- B. Fatigue and SOB
- C. Changes in pupillary response
- D. Elevated blood pressure
Correct Answer: A
Rationale: The correct answer is A: Irritability, confusion, restlessness. These are common signs of Increased Intracranial Pressure (IICP) as they result from the increased pressure on brain tissue. Choices B, C, and D are incorrect. Fatigue and shortness of breath (SOB) are not typical symptoms of IICP. Changes in pupillary response can be seen in other conditions but are not specific to IICP. Elevated blood pressure is not a common sign of IICP.
What should be monitored in a patient with diabetes insipidus?
- A. Monitor urine specific gravity for values below 1.005
- B. Monitor for increased thirst
- C. Monitor serum albumin levels
- D. Monitor blood pressure closely
Correct Answer: A
Rationale: In a patient with diabetes insipidus, monitoring urine specific gravity for values below 1.005 is crucial. Low urine specific gravity indicates excessive water loss, a key characteristic of diabetes insipidus. Monitoring for increased thirst (choice B) may be a symptom presented by the patient, but it does not directly reflect the condition's severity. Monitoring serum albumin levels (choice C) is not typically associated with diabetes insipidus. Monitoring blood pressure closely (choice D) is not a primary concern in diabetes insipidus unless severe dehydration leads to hypotension.
During an escharotomy on a patient with a burn injury, what is the purpose of this procedure?
- A. To release pressure and improve circulation in the affected area
- B. To remove dead tissue from the burn area
- C. To improve breathing by reducing skin tightness
- D. To prevent infection in the burned area
Correct Answer: A
Rationale: Corrected Question: During an escharotomy on a patient with a burn injury, the purpose of this procedure is to release pressure and improve circulation in the affected area. This intervention is crucial in severe burns where the formation of eschar (dead tissue) can lead to increased pressure, compromising circulation and potentially causing further tissue damage. Choices B, C, and D are incorrect because escharotomy specifically aims to address pressure and circulation issues in severe burn injuries, rather than removing dead tissue, improving breathing, or preventing infection.