The physician orders Kefzol 2 g in 50 mL of NS IVPB to infuse over 30 minutes. Tubing drop factor is 60 gtt/mL. Calculate the flow rate in drops per minute.

A. Intracellular: The majority of the body's total water volume is contained within the intracellular compartment, which makes up about 2/3 total body water. Intracellular fluid is essential for cellular function, and any depletion here contributes significantly to dehydration.

B. Extracellular: While extracellular fluid (ECF) accounts for about one-third of total body water, it is not the compartment that holds the majority. ECF includes interstitial fluid, blood plasma, and lymph, but intracellular fluid still holds a larger proportion.

C. Intravascular: Intravascular fluid is a subset of extracellular fluid, specifically the fluid found within blood vessels. It makes up a smaller portion of total body water and is primarily involved in transporting nutrients and waste.

D. Transcellular: Transcellular fluid is a small compartment of extracellular fluid, including fluids such as cerebrospinal fluid, synovial fluid, and ocular fluid. It represents a very small fraction of total body water.

A. Client receiving total parenteral nutrition (TPN): TPN is typically formulated with electrolytes, including potassium, but it does not inherently increase the risk of hyperkalemia unless there is an issue with kidney function or an excessive amount of potassium in the formula.

B. Client taking furosemide for chronic heart failure: Furosemide is a loop diuretic that causes the body to excrete potassium through urine, which actually puts the client at risk for hypokalemia, not hyperkalemia.

C. Client admitted for diabetic ketoacidosis (DKA): In DKA, the body produces excess acidic ketones, leading to metabolic acidosis. As a compensatory mechanism, potassium is shifted from the inside of cells into the bloodstream, leading to hyperkalemia, despite actual total body potassium depletion.

D. Client with anxiety-induced hyperventilation: Hyperventilation typically leads to respiratory alkalosis, which may cause a shift in potassium levels but does not directly cause hyperkalemia. Anxiety-induced hyperventilation is less likely to result in hyperkalemia compared to DKA.