Bulk modulus Viscosity parameter Ct Liquid p, kg/m µ, kg/(m · s) Y, N/m* Pus N/m? K, N/m² Ammonia 608 2.20 E-4 2.13 E-2 9.10 E+5 1.82 E+9 1.05 Benzene 881 6.51 E-4 2.88 E-2 1.01 E+4 1.47 E+9 4.34 Carbon tetrachloride 1590 9.67 E-4 2.70 E-2 1.20 E+4 1.32 E+9 4.45 Ethanol 789 1.20 E-3 2.28 E-2 5.7 E+3 1.09 E+9 5.72 Ethylene glycol 1117 2.14 E-2 4.84 E-2 1.2 E+1 3.05 E+9 11.7 Freon 12 1327 2.62 E-4 7.95 E+8 1.76 Gasoline 680 2.92 E-4 2.16 E-2 5.51 E+4 1.3 E+9 3.68 Glycerin 1260 1.49 6.33 E-2 1.4 E-2 4.35 E+9 28.0 Kerosene 804 1.92 E-3 2.8 E-2 3.11 E+3 1.41 E+9 5.56 Mercury Methanol 4.84 E-1 2.25 E-2 1.34 E+4 13,550 1.56 E-3 1.1 E-3 2.85 E+10 1.07 791 5.98 E-4 1.03 E+9 4.63 1.04 E- 1 1.7 E-1 2.9 E-1 8.6 E-1 SAE 10W oil 870 3.6 E-2 1.31 E+9 15.7 SAE 10W30 oil 876 14.0 SAE 30W oil 891 3.5 E-2 1.38 E+9 18.3 SAE 50W oil 902 20.2 Water 998 1.00 E-3 7.28 E-2 2.34 E+3 2.19 E+9 Table A.1 Seawater (30%o) 1025 1.07 E-3 7.28 E-2 2.34 E+3 2.33 E+9 7.28

Question

A large open tank is open to sea-level atmosphere and fi lled
with liquid, at 20 ° C, to a depth of 50 ft. The absolute pressure
at the bottom of the tank is approximately 221.5 kPa.
From Table , what might this liquid be?

Bulk modulus
Viscosity
parameter Ct
Liquid
p, kg/m µ, kg/(m · s) Y, N/m*
Pus N/m?
K, N/m²
Ammonia
608
2.20 E-4
2.13 E-2 9.10 E+5
1.82 E+9
1.05
Benzene
881
6.51 E-4
2.88 E-2 1.01 E+4
1.47 E+9
4.34
Carbon tetrachloride
1590
9.67 E-4
2.70 E-2 1.20 E+4
1.32 E+9
4.45
Ethanol
789
1.20 E-3
2.28 E-2 5.7 E+3
1.09 E+9
5.72
Ethylene glycol
1117 2.14 E-2
4.84 E-2 1.2 E+1
3.05 E+9
11.7
Freon 12
1327
2.62 E-4
7.95 E+8
1.76
Gasoline
680
2.92 E-4
2.16 E-2 5.51 E+4
1.3 E+9
3.68
Glycerin
1260
1.49
6.33 E-2
1.4 E-2
4.35 E+9
28.0
Kerosene
804
1.92 E-3
2.8 E-2 3.11 E+3
1.41 E+9
5.56
Mercury
Methanol
4.84 E-1
2.25 E-2 1.34 E+4
13,550
1.56 E-3
1.1 E-3
2.85 E+10
1.07
791
5.98 E-4
1.03 E+9
4.63
1.04 E- 1
1.7 E-1
2.9 E-1
8.6 E-1
SAE 10W oil
870
3.6 E-2
1.31 E+9
15.7
SAE 10W30 oil
876
14.0
SAE 30W oil
891
3.5 E-2
1.38 E+9
18.3
SAE 50W oil
902
20.2
Water
998
1.00 E-3
7.28 E-2 2.34 E+3
2.19 E+9
Table A.1
Seawater (30%o)
1025
1.07 E-3
7.28 E-2 2.34 E+3
2.33 E+9
7.28
Expand
Transcribed Image Text

Bulk modulus Viscosity parameter Ct Liquid p, kg/m µ, kg/(m · s) Y, N/m* Pus N/m? K, N/m² Ammonia 608 2.20 E-4 2.13 E-2 9.10 E+5 1.82 E+9 1.05 Benzene 881 6.51 E-4 2.88 E-2 1.01 E+4 1.47 E+9 4.34 Carbon tetrachloride 1590 9.67 E-4 2.70 E-2 1.20 E+4 1.32 E+9 4.45 Ethanol 789 1.20 E-3 2.28 E-2 5.7 E+3 1.09 E+9 5.72 Ethylene glycol 1117 2.14 E-2 4.84 E-2 1.2 E+1 3.05 E+9 11.7 Freon 12 1327 2.62 E-4 7.95 E+8 1.76 Gasoline 680 2.92 E-4 2.16 E-2 5.51 E+4 1.3 E+9 3.68 Glycerin 1260 1.49 6.33 E-2 1.4 E-2 4.35 E+9 28.0 Kerosene 804 1.92 E-3 2.8 E-2 3.11 E+3 1.41 E+9 5.56 Mercury Methanol 4.84 E-1 2.25 E-2 1.34 E+4 13,550 1.56 E-3 1.1 E-3 2.85 E+10 1.07 791 5.98 E-4 1.03 E+9 4.63 1.04 E- 1 1.7 E-1 2.9 E-1 8.6 E-1 SAE 10W oil 870 3.6 E-2 1.31 E+9 15.7 SAE 10W30 oil 876 14.0 SAE 30W oil 891 3.5 E-2 1.38 E+9 18.3 SAE 50W oil 902 20.2 Water 998 1.00 E-3 7.28 E-2 2.34 E+3 2.19 E+9 Table A.1 Seawater (30%o) 1025 1.07 E-3 7.28 E-2 2.34 E+3 2.33 E+9 7.28

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