ATI RN
Nursing Process Quizlet Questions Questions
Question 1 of 5
While planning for proportionate distribution of restricted fluid volumes, what is the reason for a nurse to ensure that the client is actively involved during the development of the plan?
Correct Answer: A
Rationale: Step 1: Involving the client in planning increases their understanding and ownership of the plan. Step 2: Understanding leads to better compliance with therapy recommendations. Step 3: Compliance improves outcomes and prevents complications. Step 4: Thus, choice A is correct. Choices B, C, and D lack direct links to client involvement in planning and compliance.
Question 2 of 5
A patient is admitted who has had severe vomiting for 24 hours. She states that she is exhausted and weak. The results of an admitting ECG show flat T waves and ST segment depression. Choose the most likely potassium (K ) value for this patient.
Correct Answer: B
Rationale: The correct answer is B: 2.0mEq/L. Severe vomiting can lead to hypokalemia, characterized by flat T waves and ST segment depression on ECG. This is due to decreased potassium levels affecting cardiac repolarization. A potassium level of 2.0mEq/L is dangerously low and consistent with the ECG findings in this scenario. Choices A, C, and D have potassium levels that are not reflective of severe hypokalemia, therefore they are incorrect. Option A (4.0mEq/L) is within the normal range, option C (8.0mEq/L) is elevated, and option D (2.6mEq/L) is higher than the correct value of 2.0mEq/L.
Question 3 of 5
After a Whippie procedure for cancer of the pancreas, a client is to receive the following intravenous (IV) fluids over 24 hours; 1000 ml D5W; 0.5 liter normal saline; 1500 ml D5NS. In addition, an antibiotic piggyback in 50 ml D5W is ordered every 8 hours. The nurse calculates that the clients IV fluid intake Tor 24 hours will be:
Correct Answer: D
Rationale: The correct answer is D (3750ml) because the client will receive 1000ml D5W + 500ml normal saline + 1500ml D5NS + 50ml antibiotic every 8 hours x 3 times in 24 hours (50ml x 3 = 150ml). Adding these together gives a total of 1000ml + 500ml + 1500ml + 150ml = 3150ml. Therefore, the client's IV fluid intake for 24 hours will be 3150ml.
Question 4 of 5
Approximately how much fluid is lost in acute weight loss of .5kg?
Correct Answer: C
Rationale: The correct answer is C: 500 ml. When someone loses 0.5 kg of weight, it is estimated that about 500 ml of fluid has been lost, as 1 kg of body weight is roughly equivalent to 1 liter of fluid. This fluid loss is due to water loss through sweating, breathing, and urine. Choice A (50 ml) is too small of an amount for a significant weight loss. Choice B (750 ml) is too high and would correspond to a larger weight loss. Choice D (75 ml) is also too small to account for a 0.5 kg weight loss.
Question 5 of 5
A patient has chronic respiratory acidosis related to long-standing lung disease. Which of the following problems is the cause?
Correct Answer: C
Rationale: The correct answer is C: Hypoventilation. In chronic respiratory acidosis, the lungs cannot effectively eliminate carbon dioxide, leading to an accumulation of CO2 in the blood, causing acidosis. Hypoventilation results in decreased removal of CO2, exacerbating the acidosis. A: Hyperventilation would lead to respiratory alkalosis, not acidosis. B: Loss of acid by kidneys would result in metabolic alkalosis, not respiratory acidosis. D: Loss of base by kidneys would lead to metabolic acidosis, not respiratory acidosis. In summary, the main issue in chronic respiratory acidosis is inadequate elimination of CO2 due to hypoventilation, leading to acidosis.