Nursing Elites

1. During which stage of anesthesia is a patient most likely to experience involuntary motor activity?

• A. Stage I
• B. Stage II
• C. Stage III
• D. Stage VI

Correct answer: B

Rationale: The correct answer is Stage II. During Stage II of anesthesia, a patient is most likely to experience involuntary motor activity. This stage is known as the excitement stage, where the patient may exhibit purposeful or involuntary movements. Choice A (Stage I) is incorrect because Stage I is the induction phase where the patient is transitioning from consciousness to unconsciousness, and involuntary motor activity is less likely to occur. Choice C (Stage III) is incorrect as it is the stage of surgical anesthesia characterized by muscle relaxation, and involuntary motor activity is less common during this stage. Choice D (Stage VI) is incorrect as there is no Stage VI in the standard stages of anesthesia. Therefore, the most appropriate stage where involuntary motor activity is likely to occur is Stage II.

2. What are some of the earliest signs and symptoms of Duchenne's muscular dystrophy?

• A. Clumsiness, difficulty running, climbing, and riding a bicycle
• B. Pain and inflammation in the bones
• C. Deformity of the foot
• D. Infection in the joint leading to arthritis

Correct answer: A

Rationale: The correct answer is A: Clumsiness, difficulty running, climbing, and riding a bicycle are some of the earliest signs and symptoms of Duchenne's muscular dystrophy. Duchenne's muscular dystrophy is a genetic disorder characterized by progressive muscle degeneration and weakness. Choices B, C, and D are incorrect because they do not represent the typical early signs and symptoms of Duchenne's muscular dystrophy. Pain and inflammation in the bones (choice B) are more indicative of conditions like osteomyelitis; deformity of the foot (choice C) is characteristic of talipes or clubfoot; and infection in the joint leading to arthritis (choice D) is more aligned with septic joint or supportive arthritis.

3. Which technique or method is used to determine whether or not the patient has an irregular pulse?

• A. Apical pulse
• B. Inspection
• C. Auscultation
• D. Percussion

Correct answer: A

Rationale: An apical pulse check is used to determine if the patient has an irregular pulse. The apical pulse is located at the point of maximal impulse (PMI) and is assessed using a stethoscope. Choice B, inspection, involves visual examination and is not used to assess pulse irregularities. Choice C, auscultation, involves listening to internal sounds using a stethoscope, which can be used to assess heart sounds but not specifically for pulse irregularities. Choice D, percussion, is a technique used to assess the density of body tissues or detect abnormal masses and is not used to determine pulse irregularities.

4. A client with diabetes experiences Somogyi's effect. To prevent this complication, the nurse should instruct the client to:

• A. Take insulin at 2:00 PM each day
• B. Engage in physical activity daily
• C. Increase the dose of regular insulin
• D. Eat a protein and carbohydrate snack at bedtime

Correct answer: D

Rationale: Somogyi effect, also known as rebound hyperglycemia, occurs as a response to nighttime hypoglycemia. Eating a protein and carbohydrate snack at bedtime can help prevent this by stabilizing blood sugar levels throughout the night. Instructing the client to take insulin at 2:00 PM each day (Choice A) may not directly address the nighttime hypoglycemia concern. Engaging in physical activity daily (Choice B) is generally beneficial for diabetes management but may not specifically prevent Somogyi's effect. Increasing the dose of regular insulin (Choice C) without addressing the nighttime hypoglycemia issue can exacerbate the problem.

5. Clients with type 1 diabetes may require which of the following changes to their daily routine during periods of infection?

• A. No change
• B. Less insulin
• C. More insulin
• D. Oral antidiabetic agents

Correct answer: C

Rationale: During periods of infection, clients with type 1 diabetes may require more insulin to manage the increased blood glucose levels caused by stress and illness. Insulin needs often rise during infections due to the body's increased resistance to the effects of insulin. Therefore, increasing insulin doses is crucial to maintain blood glucose control. Choices A, B, and D are incorrect. Option A ('No change') is inaccurate because during infections, insulin requirements typically increase. Option B ('Less insulin') is incorrect as the body's increased insulin resistance during infections usually necessitates higher insulin doses. Option D ('Oral antidiabetic agents') is not suitable for type 1 diabetes management as these medications are primarily used for type 2 diabetes.

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