Nursing Elites

1. Why should a client with an ileal conduit be instructed to empty the collection device frequently?

• A. Force urine to back up into the kidneys.
• B. Suppress production of urine.
• C. Cause the device to pull away from the skin.
• D. Tear the ileal conduit

Correct answer: C

Rationale: A full urine collection bag can cause the device to pull away from the skin, leading to potential leakage and skin irritation. Choice A is incorrect because a full urine collection bag does not force urine to back up into the kidneys. Choice B is incorrect as a full collection bag does not suppress the production of urine. Choice D is incorrect as a full collection bag is unlikely to tear the ileal conduit.

2. A healthcare provider is preparing to provide chest physiotherapy for a client who has left lower lobe atelectasis. Which of the following actions should the healthcare provider plan to take?

• A. Place the client in Trendelenburg's position.
• B. Position the client in an upright sitting position.
• C. Administer bronchodilators after the procedure.
• D. Perform chest percussion and vibration while the client is lying flat.

Correct answer: A

Rationale: Placing the client in Trendelenburg's position is the appropriate action when providing chest physiotherapy for a client with left lower lobe atelectasis. This position helps mobilize secretions from the lower lobes of the lungs, aiding in their clearance. Trendelenburg's position promotes drainage from the affected area. Positioning the client in an upright sitting position (Choice B) would not facilitate the drainage of secretions from the affected lobe. Administering bronchodilators after the procedure (Choice C) is not directly related to chest physiotherapy and the treatment of atelectasis. Performing chest percussion and vibration while the client is lying flat (Choice D) may not effectively target the lower lobes where the atelectasis is located.

3. When planning care for a newly admitted elderly client who is severely dehydrated, which task is appropriate to assign to an unlicensed assistive personnel (UAP)?

• A. Converse with the client to determine if the mucous membranes are impaired
• B. Report hourly outputs of less than 30 ml/hr
• C. Monitor client's ability to move in the bed
• D. Check skin turgor every 4 hours

Correct answer: B

Rationale: The correct answer is B. Assigning the UAP to report hourly outputs of less than 30 ml/hr is appropriate as it falls within their scope of practice and does not involve making clinical assessments or decisions. Choices A, C, and D involve tasks that require a higher level of clinical judgment and training. Choice A requires assessing mucous membranes, which is beyond the UAP's scope. Choice C involves assessing movement ability, which requires more specialized training. Choice D involves assessing skin turgor, which also requires a higher level of clinical judgment.

4. A healthcare professional is preparing to administer gentamicin 2 mg/kg via IV bolus to a client who weighs 220 lb. How many mg should the healthcare professional administer?

• A. 200 mg
• B. 100 mg
• C. 160 mg
• D. 180 mg

Correct answer: C

Rationale: To calculate the dosage correctly, the weight in pounds must first be converted to kilograms. 220 lb / 2.2 = 100 kg. Then, multiply the weight in kg by the dosage of 2 mg/kg: 2 mg/kg × 100 kg = 200 mg. Therefore, the correct dosage to administer is 200 mg, which is closest to option A. Option C (160 mg) is incorrect because it does not match the calculated dosage. Options B (100 mg) and D (180 mg) are also incorrect as they do not align with the correct calculation.

5. A child weighing 20 kg has a new prescription for cefoxitin at 80 mg/kg/day administered intravenously every 6 hours. How much cefoxitin should be administered with each dose?

• A. 400 mg
• B. 200 mg
• C. 1600 mg
• D. 100 mg

Correct answer: A

Rationale: To determine the amount of cefoxitin to be administered with each dose, first, calculate the total daily dose by multiplying the child's weight (20 kg) by the prescribed dose (80 mg/kg/day): 80 mg/kg/day × 20 kg = 1600 mg/day. Since the medication is administered every 6 hours (4 doses/day), divide the total daily dose by the number of doses: 1600 mg / 4 = 400 mg. Therefore, each dose should be 400 mg. Choice B (200 mg) is incorrect because it is half the calculated dose. Choice C (1600 mg) is incorrect as it represents the total daily dose, not the dose per administration. Choice D (100 mg) is incorrect as it is a quarter of the calculated dose.

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