The specific gravity of urine:
The specific gravity of 10ml of urine should be greater than the specific gravity of 10ml of distilled water.
What is specific gravity?
The comparison of the densities of solutes and water is done using specific gravity. Therefore, the following equation, where "D" stands for "density," can be used to represent particular gravity:
USG = [tex]\frac{D solutes}{Dwater}[/tex]
There are no units listed for specific gravity. A typical specific gravity value should range from 1.005 to 1.030. Accordingly, urine ought to be only a little bit denser than water. Low specific gravity is one with a value below 1.005, whereas a high specific gravity is one with a value above 1.030.
The density of the sample is increased by the presence of dissolved solutes in urine that are absent from distilled water.
Learn more about specific density here,
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