 | Education - 1867 - 298 pages
...the density of the fluid. It follows from the latter statement, that the specific gravity of a liquid may be found by dividing the volume of a given weight of water by the volume of an equal weight of the liquid. In this, the volume of water is the dividend... | |
 | Joseph Price Remington - Pharmaceutical technology - 1894 - 1464 pages
...15° C. (59° F.). 1. To obtain the specific volume of a liquid. — Rule, Divide the volume of the given weight of the liquid by the volume of an equal weight of water, or divide the specific gravity of water (1.000) by the specific gravity of the liquid. Ex. 1420 Gm.... | |
 | Frank Edward Stewart - 1906 - 202 pages
...usually 25° C. (77° F.). Rule to obtain the Specific Volume of a Liquid: Divide the volume of the given weight of the liquid by the volume of an equal weight of water, or divide the sp. gr. of water (1.0oo) by the sp. gr. of the liquid. Ex. : 1403 Gm. of HNO2 measure... | |
 | Alviso Burdett Stevens - Pharmacy - 1909 - 426 pages
...specific gravity. In pharmaceutical practice its use is confined to liquids. Specific volume is obtained by dividing the volume of a given weight of the liquid by the volume of an equal weight of water. Example. — 100 gr. of glycerin measure 84 minims. 100 gr. of water measure 105 minims. What is the... | |
 | 1890 - 476 pages
...an equal weight of water at 15° C. (59° F.). The specific volume of a liquid is at once obtained by dividing the volume of a given weight of the liquid by the volume of an equal weight of water, or, by dividing the specific gravity of water (i.ooo) by the specific gravity of the liquid. With this... | |
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Specific volume may be found by dividing the volume of a given weight of the liquid by the volume of an equal weight of water. 