Nursing Elites

1. When should you wear gloves?

• A. preparing infant formula for a newborn baby
• B. transferring breast milk into a baby bottle
• C. knocking on a patient's door
• D. opening a patient's door

Correct answer: B

Rationale: You must wear gloves when transferring breast milk into a baby bottle because breast milk is considered a bodily fluid. It is essential to avoid direct contact to prevent contamination. When preparing infant formula, gloves are not required as formula is not a bodily fluid. Knocking on or opening a patient's door does not involve direct contact with bodily fluids, so gloves are unnecessary in those situations.

2. When performing CPR, at what rate should chest compressions be applied?

• A. 100 per minute
• B. 60 per minute
• C. As quickly as possible
• D. 200 per minute

Correct answer: A

Rationale: During CPR, chest compressions should be applied at a rate of 100 compressions per minute in order to effectively circulate blood and oxygen to vital organs. Option A, '100 per minute,' is the correct answer as it aligns with the recommended compression rate in CPR guidelines. Option B, '60 per minute,' is incorrect as it is too slow and may not provide adequate circulation. Option C, 'As quickly as possible,' is vague and does not specify the recommended compression rate. Option D, '200 per minute,' is incorrect as it exceeds the recommended rate and may not be as effective in maintaining perfusion.

3. When are manual hematocrits done?

• A. to monitor anemia
• B. by using a microhematocrit tube.
• C. to measure the percentage of plasma to cells.
• D. All of the above.

Correct answer: D

Rationale: Manual hematocrits are performed to monitor anemia, which involves measuring the percentage of red blood cells in the blood. The process involves collecting blood in a microhematocrit tube, then centrifuging it to separate the plasma from the cells. By measuring the ratio of plasma to cells, healthcare providers can assess the patient's hematocrit level. Therefore, all the provided options are correct as they collectively describe the purpose and procedure of manual hematocrits.

4. When checking for proper blood pressure cuff size, which guideline is correct?

• A. The standard cuff size is appropriate for all sizes.
• B. The length of the rubber bladder should equal 80% of the arm circumference.
• C. The width of the rubber bladder should equal 80% of the arm circumference.
• D. The width of the rubber bladder should equal 40% of the arm circumference.

Correct answer: D

Rationale: When selecting the correct blood pressure cuff size, it is essential to ensure that the width of the rubber bladder equals 40% of the circumference of the person's arm. This ensures proper fitting and accurate readings. The length of the bladder should actually equal 80% of the arm circumference, not 80% of the width, making choices B and C incorrect. Choice A stating that the standard cuff size is appropriate for all sizes is inaccurate, as using an incorrectly sized cuff can lead to inaccurate blood pressure readings.

5. Your patient had a stroke, or CVA, five years ago. The resident still has right-sided weakness. You are ready to transfer the resident from the bed to the wheelchair. The wheelchair should be positioned at the _____________.

• A. head of the bed on the patient's right side
• B. head of the bed on the patient's left side
• C. bottom of the bed on the patient's right side
• D. bottom of the bed on the patient's left side

Correct answer: B

Rationale: The wheelchair should be positioned at the head of the bed on the resident's left side. This positioning allows the resident to use their stronger left side to assist with the transfer, compensating for the right-sided weakness. Placing the wheelchair at the head of the bed on the patient's right side (Choice A) would not utilize the stronger left side, which is crucial for the transfer. Similarly, positioning the wheelchair at the bottom of the bed on either side (Choices C and D) would not facilitate optimal assistance from the resident's stronger side during the transfer process.

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