Of water at various temperatures

Table II. Vapour Pressure (p) of Water at Various Temperatures (t). ...

TABLE 5.19 Refractive Index, Viscosity, Dielectric Constant, and Surface Tension of Water at Various Temperatures... 

In the table below are given the relative volumes of water at various temperatures and pressures The volume at... 

Consider a sealed flask with a movable piston that contains 5.25 L of 02 saturated with water vapor at 25°C. The piston is depressed at constant temperature so that the gas is compressed to a volume of 2.00 L. (Use the table in Appendix 1 for the vapor pressure of water at various temperatures.)... 

Table 2.1 Ionic product of water at various temperatures...

Voltaic cells 64. 504 Voltammetry 7, 591 anodic stripping, 621 concentration step, 621 mercury drop electrode, 623 mercury film electrode, 623 peak breadth, 622 peak current, 622 peak potential, 622 purity of reagents, 624 voltammogram, 622 D. of lead in tap water, 625 Volume distribution coefficient 196 Volume of 1 g of water at various temperatures, (T) 87... 

The vapor pressure of water at various temperatures is given in Table 8.3. (a) What is the relative humidity at 30.°C when the partial pressure of water is 25.0 Torr (b) Explain what would be observed if the temperature of the air were to fall to 25°C. 

In this study the concentration of the water in the grid is adjusted to correspond to the density (specific gravity) of water at various temperatures. These adjusted concentrations are shown in Table 3.1. Run the example 3.2 for the adjusted concentrations of water in Example 3.2 in the program CASim for a temperature of 20°C. 

See Chapter 5 for information about vapor pressure. The vapor pressure of water at various temperatures appears in Table. 

TABLE 5.27 Compressibility of Water In the table below are given the relative volumes of water at various temperatures and pressures. The volume at 0°C and one normal atmosphere (760 mm of Hg) is taken as unity. ... 

Table 7. IONIZATION CONSTANTS OF WATER AT VARIOUS TEMPERATURES...

In 1908 Kornatz 8 published the results of a further series of determinations of the vapour density of water at various temperatures, which supported earlier work. 

The irregularities in the specific heats and densities of water at various temperatures, particularly the contraction observed when water is warmed from 0° to 4° C., led Rontgen1 to suggest m 1892 that liquid water is a mixture of two sets of molecules m equilibrium, namely, ice molecules and water molecules. Thus ... 

The current now flowing through the electrode represents that derived from an oxygen saturated solution. Table 1-8 lists the nanomolar amounts of oxygen per milliliter of water at various temperatures. In the present case, the current flow corresponds to 237 nmoles/ml. 

The determination of the specific heat of water at various temperatures (that at 15°C. being the standard or unit of heat, 1 g.cal., 1,12.11) is equivalent to the determination of the mechanical equivalent of heat, and the methods have been mentioned ( 12,14.11). Its variation with temperature was first established by Rowland (1879-80). 

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