Which finding is typical in a client experiencing extracellular fluid volume deficit?

Which finding is typical in a client experiencing extracellular fluid volume deficit?

• A. Neck veins are distended at 35 degree elevation
• B. Concentrated urine on the last voiding
• C. Pedal pulses +3 bilateral
• D. Sustained rapid respirations

Answer: (B)

In a client experiencing extracellular fluid volume deficit, the presence of concentrated urine is a typical finding. This occurs because the body attempts to conserve water due to decreased fluid volume. When there is a deficit of extracellular fluid, the kidneys respond by concentrating the urine, leading to a higher specific gravity. This process helps to retain fluid within the body to counteract the deficit. Monitoring urine concentration is essential in evaluating a client's fluid status, as this provides insight into renal function and the body's compensatory mechanisms in response to dehydration or fluid loss. The concentrated urine reflects an attempt by the body to conserve as much water as possible during times of reduced volume. Therefore, this finding aligns well with the physiological responses associated with extracellular fluid volume deficit.

In a client experiencing extracellular fluid volume deficit, the presence of concentrated urine is a typical finding. This occurs because the body attempts to conserve water due to decreased fluid volume. When there is a deficit of extracellular fluid, the kidneys respond by concentrating the urine, leading to a higher specific gravity. This process helps to retain fluid within the body to counteract the deficit.

Monitoring urine concentration is essential in evaluating a client's fluid status, as this provides insight into renal function and the body's compensatory mechanisms in response to dehydration or fluid loss. The concentrated urine reflects an attempt by the body to conserve as much water as possible during times of reduced volume. Therefore, this finding aligns well with the physiological responses associated with extracellular fluid volume deficit.