Considering pure water at 15.6 °C, determine the density and bulk modulus from Table 1.6.
From Appendix C, determine the value of standard atmospheric pressure at sea level elevation. Using both
results, estimate a) density and b) specific gravity of liquid water at 15.6 °C and 1000 atmospheres of pressure

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Table 1.6 Approximate Physical Properties of Some Common Liquids (SI Units) Specific Dynamic Kinemati Surface Vapor Bulk Density, Weight,
Viscosity, Viscosity, Tension, Pressure, Modulus.& Tempe rature E. Liquid ('9) (kg/m') (kN /m') (N . s/m) (m /s) (N/m) [ N/m (abs)] (N/m)
Carbon etrach bride 1,590 15.6 9.58 E - 4 6.03 E - 7 2,69 E - 2 13 E + 4 1.31 E + 9 Ethyl alcohol 789 7.74 1.19E - 3 1.51E - 6 23E -2 5...
 

Table 1.6 Approximate Physical Properties of Some Common Liquids (SI Units) Density, Specific Weight, Dynamic Viscosity, Kinematic Viscosity, Surface Tension," Temperature 7 0 Liquid (C) (kg/m) (kN/m) (N-8/m) (m/s) (N/m) Carbon tetrachloride 20 1,590 15.6 9.58 E-4 Ethyl alcohol 2) 789 7.74 1.19E 3 Gasoline 15.6 680 6.67 3.1 E-4 Glycerin 20 1,260 12.4 1.50E+0 Mercury 20 13,600 133 1.57B-3 6.03 E-7 1.51E-6 4.6 E-7 1.19E 3 1.15 E 7 2.69 E-2 228B-2 2.2 E-2 633B-2 5.9 E +3 55 E+4 Vapor Pressure, [N/m(abs)] 13 E+4 Bulk Modulus, E, (N/m) 1.31 E +9 106E +9 1.3 E+9 14 E-2 4.52 +9 466 E-1 16 E-1 SAE 30 oil 15.6 912 8.95 3.8 E 1 4.2 E-4 36 E-2 Seawater 15.6 1,030 10.1 1.20 E-3 117E-6 7.34 E-2 1.77 E + 3 2.85 E+10 1.5 E+9 234E +9 Water 15.6 999 9.80 1.12 E 3 1.12 E 6 7.34 B-2 1.77 B+3 2.15 E+9 " contact with air. Tentropic bulk modulus calculated from speed of sound Typical values. Properties of petroleum products vary.