In a dehydrated patient, urine specific gravity is typically:

In a dehydrated patient, urine specific gravity is typically:

• A. 1.060
• B. 1.002
• C. 1.012
• D. 1.030

Answer: (A)

Urine specific gravity measures how concentrated the urine is. When a patient is dehydrated, the body releases antidiuretic hormone, the kidneys reabsorb more water, and the urine becomes highly concentrated. That means the specific gravity rises, reflecting a concentrated urine. Among the given values, the one that represents the most concentrated urine best matches dehydration, so it is the correct choice. The other options imply more dilute or only mildly concentrated urine, which would not fit a dehydrated state.

Urine specific gravity measures how concentrated the urine is. When a patient is dehydrated, the body releases antidiuretic hormone, the kidneys reabsorb more water, and the urine becomes highly concentrated. That means the specific gravity rises, reflecting a concentrated urine.

Among the given values, the one that represents the most concentrated urine best matches dehydration, so it is the correct choice. The other options imply more dilute or only mildly concentrated urine, which would not fit a dehydrated state.