Nokea
When teaching a patient about ways to avoid fluid overload, the nurse explains it is best to eat a diet that is low in:
- A. potassium
- B. calcium
- C. magnesium
- D. sodium
- E. phosphorus
Correct Answer: D
Rationale: A low-sodium diet helps prevent fluid retention, reducing the risk of fluid overload.
You may also like to solve these questions
Your patient has a low potassium level, uncorrected by oral medications. The physician orders 30 mEq of KCl added to the IV of 1,000 mL of normal saline to infuse at 80 mL per hour. Which nursing intervention is of the most importance to perform today?
- A. Serve a diet with potassium-rich foods
- B. Restrict sodium in the diet
- C. Monitor blood levels of all electrolytes
- D. Make certain urine output is at least 30 mL per hour
- E. Monitor for fever and tachypnea
Correct Answer: D
Rationale: Adequate urine output ('?¥30 mL/hour) is critical when administering IV potassium to prevent hyperkalemia.
If a patient's blood pH is 7.33, the patient is in:
- A. alkalosis
- B. acidosis
- C. hypovolemic shock
- D. a state of dehydration
Correct Answer: B
Rationale: A pH of 7.33 is below the normal range (7.35-7.45), indicating acidosis.
You know that your patient with chronic kidney disease will need more teaching if she says:
- A. I will eat more oranges to prevent potassium buildup
- B. I will increase my milk intake to keep my calcium levels in the normal range
- C. I will avoid bananas so my potassium level will not get too high
- D. I can have scrambled eggs for breakfast as long as my calcium is not too high
Correct Answer: A
Rationale: Oranges are high in potassium, which should be limited in chronic kidney disease to prevent hyperkalemia.
You will expect to find which of the following during the skin assessment of a patient with dehydration?
- A. Redness
- B. Dryness
- C. Dependent edema
- D. Blisters
- E. Prolonged skin tenting
Correct Answer: B,E
Rationale: Dryness and prolonged skin tenting are classic signs of dehydration due to reduced skin moisture and elasticity.
Which is true of respiratory acidosis?
- A. The patient is hyperventilating
- B. The patient is hypoventilating
- C. This causes the pH to elevate above 7.45
- D. This causes the pH to drop below 7.35
- F. Hypokalemia
- G. Hyperchloremia
Correct Answer: B,D
Rationale: Respiratory acidosis results from hypoventilation, causing CO2 retention and a pH drop below 7.35.