Nursing Elites

1. The nurse is discussing negativism with the parents of a 30-month-old child. How should the nurse advise the parents to best respond to this behavior?

• A. Reprimand the child and give a 15-minute 'time out'
• B. Maintain a permissive attitude for this behavior
• C. Use patience and a sense of humor to deal with this behavior
• D. Assert authority over the child through limit setting

Correct answer: C

Rationale: Use patience and a sense of humor to deal with this behavior. The nurse should help the parents understand that negativism is a normal part of a toddler's growth towards autonomy. Reacting with patience and humor can help diffuse the situation and maintain a positive relationship with the child. Reprimanding the child and giving a 'time out' (Choice A) may not be effective for addressing negativism and can lead to power struggles. Maintaining a permissive attitude (Choice B) may reinforce negative behavior. Asserting authority through limit setting (Choice D) may be necessary in some situations, but using patience and humor is a more effective initial approach for handling negativism.

2. A thirty-five-year-old male has been an insulin-dependent diabetic for five years and now is unable to urinate. Which of the following would you most likely suspect?

• A. Atherosclerosis
• B. Diabetic nephropathy
• C. Autonomic neuropathy
• D. Somatic neuropathy

Correct answer: C

Rationale: In this case, the correct answer is autonomic neuropathy. Autonomic neuropathy affects the autonomic nerves, which control various bodily functions including the bladder. In diabetes, it can lead to bladder paralysis, resulting in symptoms like urgency to urinate and difficulty initiating urination. Atherosclerosis (choice A) is a condition involving the hardening and narrowing of arteries, not directly related to the inability to urinate in this context. Diabetic nephropathy (choice B) primarily affects the kidneys, leading to kidney damage, but does not typically cause urinary retention. Somatic neuropathy (choice D) involves damage to sensory nerves, not the autonomic nerves responsible for bladder control, making it less likely to be the cause of the urinary issue described in the question.

3. Which of the following signs is NOT indicative of increased intracranial pressure?

• A. Decreased level of consciousness
• B. Projectile vomiting
• C. Sluggish pupil dilation
• D. Increased heart rate

Correct answer: D

Rationale: Increased intracranial pressure can lead to serious complications if not promptly addressed. Common signs of increased intracranial pressure include decreased level of consciousness, sluggish pupil dilation, abnormal respirations, and projectile vomiting. However, an increased heart rate is not a typical sign associated with increased intracranial pressure. It is important for healthcare providers to recognize these signs early to prevent severe consequences such as brain herniation.

4. Which of the following glands found in the skin secretes a liquid called Sebum?

• A. Apocrine Glands
• B. Sebaceous Glands
• C. Lacrimal Glands
• D. Sweat Glands

Correct answer: B

Rationale: Sebum is a liquid secreted by glands in the skin known as sebaceous glands. Sebum's primary function is to lubricate the skin and help maintain its integrity. Apocrine glands secrete a different type of sweat that is odorless but can develop an odor when combined with bacteria on the skin. Lacrimal glands produce tears to keep the eyes moist, and sweat glands secrete sweat to regulate body temperature through evaporation. Therefore, the correct answer is Sebaceous Glands because they specifically secrete sebum, distinguishing them from the other gland types mentioned.

5. Which of the following can cause coup-contrecoup injuries?

• A. Rotational forces
• B. Deformation forces
• C. Deceleration forces
• D. Acceleration forces

Correct answer: C

Rationale: Deceleration forces occur when the head is moving and abruptly comes to a stop, such as in a car crash. This sudden deceleration can cause the brain to hit against the skull, resulting in coup-contrecoup injuries. In a coup-contrecoup injury, the brain is damaged on opposite sides due to the initial impact and the rebound effect inside the skull. Rotational forces usually result in diffuse axonal injuries rather than coup-contrecoup injuries. Deformation forces can cause focal brain injuries but not coup-contrecoup injuries. Acceleration forces typically lead to diffuse brain injuries, not coup-contrecoup injuries. Therefore, the correct answer is deceleration forces.

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