Nursing Elites

1. Which of the following nursing diagnoses might be appropriate as Parkinson's disease progresses and complications develop?

• A. Impaired Physical Mobility
• B. Dysreflexia
• C. Hypothermia
• D. Impaired Dentition

Correct answer: A

Rationale: As Parkinson's disease progresses and complications develop, impaired physical mobility is a relevant nursing diagnosis due to symptoms like a shuffling gait and rigidity that can impair movement. Dysreflexia is not typically associated with Parkinson's disease; it is more commonly seen in spinal cord injuries. Hypothermia is a condition of low body temperature and is not directly related to Parkinson's disease progression. Impaired Dentition involves issues with teeth and oral health, which are not specific to Parkinson's disease complications.

2. When observing a dressing change by a graduate nurse on a Stage III pressure ulcer to the greater trochanter by the staff nurse, a need for further teaching is indicated after the following observation by the nurse:

• A. The new graduate nurse irrigates the pressure ulcer with 50cc of NS.
• B. The new graduate irrigates the pressure ulcer with half-strength hydrogen peroxide.
• C. The new graduate packs the wound with sterile kerlix soaked in NS.
• D. The new graduate applies a Duoderm dressing over the wound after cleansing.

Correct answer: B

Rationale: The correct answer is that the new graduate irrigates the pressure ulcer with half-strength hydrogen peroxide. Pressure ulcers should not be cleaned with substances that are cytotoxic, such as hydrogen peroxide or betadine. This can cause further damage to the wound and delay the healing process. Choice A is incorrect because irrigating the pressure ulcer with normal saline is an appropriate practice. Choice C is incorrect because packing the wound with sterile kerlix soaked in normal saline is also an appropriate step. Choice D is incorrect because applying a Duoderm dressing after cleansing is a standard procedure in wound care.

3. When a client needs oxygen therapy, what is the highest flow rate that oxygen can be delivered via nasal cannula?

• A. 2 liters/minute
• B. 4 liters/minute
• C. 6 liters/minute
• D. 8 liters/minute

Correct answer: C

Rationale: The correct answer is 6 liters/minute. When a client requires oxygen therapy, the maximum flow rate that oxygen can be delivered via nasal cannula is 6 liters/minute. Nasal cannula can effectively deliver oxygen up to 6 liters/minute. Flow rates exceeding 6 liters/minute may lead to drying of the nasal passages and discomfort for the client. Higher flow rates, like 8 liters/minute, should be administered using a mask to ensure sufficient oxygenation. Options A, B, and D are incorrect as they indicate flow rates that surpass the recommended maximum for nasal cannula delivery.

4. Which of the following neurological disorders is characterized by writhing, twisting movements of the face and limbs?

• A. epilepsy
• B. Parkinson's
• C. multiple sclerosis
• D. Huntington's chorea

Correct answer: D

Rationale: Huntington's chorea is characterized by writhing, twisting movements of the face and limbs, known as chorea. This disorder is caused by a genetic mutation affecting specific brain cells. Epilepsy presents with seizures, Parkinson's with tremors and rigidity, and multiple sclerosis with central nervous system issues. The specific description of writhing and twisting movements aligns with Huntington's chorea, making it the correct answer. Choices A, B, and C are incorrect as they describe different neurological disorders with distinct symptoms that do not match the writhing, twisting movements characteristic of Huntington's chorea.

5. A client is on a clear liquid diet. She drinks half of a 12-ounce juice, 4 ounces of soup, and has a 6-ounce JELLO�. How many milliliters of fluid did the patient ingest?

• A. 440 ml
• B. 480 ml
• C. 220 ml
• D. 660 ml

Correct answer: B

Rationale: To calculate the total amount of fluid ingested, convert the ounces to milliliters. Given that 1 ounce is equal to 30 ml, the breakdown is as follows: Juice (6 ounces): 6 x 30 = 180 ml. Soup (4 ounces): 4 x 30 = 120 ml. JELLO� (6 ounces): 6 x 30 = 180 ml. Adding these together: 180 ml (juice) + 120 ml (soup) + 180 ml (JELLO�) = 480 ml. Therefore, the patient ingested a total of 480 ml of fluid. It's important to note that gelatin, ice cream, and similar items that are liquid at room temperature should be considered as fluids. Choice A, 440 ml, is incorrect as it does not account for the correct calculation. Choice C, 220 ml, is incorrect as it is significantly lower than the correct total. Choice D, 660 ml, is incorrect as it overestimates the total fluid intake.

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