A cylindrical tank containing liquid chemicals in a laboratory has an inner diameter of 24 inches. The tank is filled to a height of 9.84 in. The weight of both the tank and the fluid is 495 N. Knowing that the mass of the empty tank is 5 kg, and assuming the standard gravity, g-10 m/s, answer the following questions. Show all your solution steps a) What is the density of the fluid in kg/m? b) Referring to Table A.3, what fluid might this be?
A cylindrical tank containing liquid chemicals in a laboratory has an inner diameter of 24 inches. The tank is filled to a height of 9.84 in. The weight of both the tank and the fluid is 495 N. Knowing that the mass of the empty tank is 5 kg, and assuming the standard gravity, g-10 m/s, answer the following questions. Show all your solution steps a) What is the density of the fluid in kg/m? b) Referring to Table A.3, what fluid might this be?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A cylindrical tank containing liquid chemicals in a laboratory has an inner diameter of 24
inches. The tank is filled to a height of 9.84 in. The weight of both the tank and the fluid is
495 N. Knowing that the mass of the empty tank is 5 kg, and assuming the standard gravity,
g-10 m/s, answer the following questions. Show all your solution steps
a) What is the density of the fluid in kg/m2?
b) Referring to Table A.3, what fluid might this be?
[HINT]
Conversion for Length and Volume
Lenth
Volume
IE=0028317 m
TU.S. gul231 in0003785 m.
hauical mile m 076 f-1852 in
HUS quart lqt)=9 4635 E-4 n
I baret - 42 U S. gil=015809 m
angstrom (A) -10E=10m
Table A.3 Properties of Common Liquids at I atm and 20°C (68°F)
Viscostty
paraneter C
Balk modulus
Liquld
p. kg/m , kp'im s) Y, N/m°
Pu Nm?
K, N/m
1.82 E+9
1.47 E+9
Ammonia
608
2.20 E-4
2.13 E-2
9.10 E+5
1.05
2.88 E-2
2.70 E-2
1.01 E+4
4.34
6.51 E-4
9.67 E-4
Benzene
881
Carbon tetrachloride
1590
1.20 E+4
1.32 E+9
4.45
5.72
5.7 E+3
1.2 E+1
1.09 E+9
3.05 E+9
Ethanol
789
1.20 E-3
2.28 E-2
Ethylene glycol
1117
2.14 E-2
4.84 E-2
11.7
1.76
3.68
Freon 12
1327
2.62 E-4
7.95 E+8
2.16 E-2 5.51 E+4
6.33 E-2
1.3 E+9
2.92 E-4
1.49
Gasoline
680
1.4 E-2
4.35 E+9
28.0
Glycerin
Kerosene
1260
804
1.92 E-3
2.8 E-2 3.11 E+3
1.41 E+9
5.56
1.07
13,550
791
2.85 E+10
1.03 E+9
Mercury
1.56 E-3
4.84 E-1
1.1 E-3
4.63
5.98 E-4
1.04 E-1
1.7 E-1
2.9 E-1
8.6 E-1
Metbanol
2.25 E-2
1.34 E+4
SAE 1OW oil
870
3.6 E-2
1.31 E+9
15.7
SAE 10W30 oil
876
14.0
3.5 E-2
1.38 E+9
18.3
SAE 30W oil
SAB SOW oil
891
20.2
Table A.1
902
Water
998
1.00 E-3
7.28 E-2 2.34 E+3
2.19 E+9
Seawater (30%e)
1025
1.07 E-3
7.28 E-2 2.34 E+3
2.33 E+9
7.28](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fae839d1e-4984-4bcd-8784-33639b4a4fed%2F2b2b71e9-1150-4062-b67e-3de0305c19d4%2F3p19i9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A cylindrical tank containing liquid chemicals in a laboratory has an inner diameter of 24
inches. The tank is filled to a height of 9.84 in. The weight of both the tank and the fluid is
495 N. Knowing that the mass of the empty tank is 5 kg, and assuming the standard gravity,
g-10 m/s, answer the following questions. Show all your solution steps
a) What is the density of the fluid in kg/m2?
b) Referring to Table A.3, what fluid might this be?
[HINT]
Conversion for Length and Volume
Lenth
Volume
IE=0028317 m
TU.S. gul231 in0003785 m.
hauical mile m 076 f-1852 in
HUS quart lqt)=9 4635 E-4 n
I baret - 42 U S. gil=015809 m
angstrom (A) -10E=10m
Table A.3 Properties of Common Liquids at I atm and 20°C (68°F)
Viscostty
paraneter C
Balk modulus
Liquld
p. kg/m , kp'im s) Y, N/m°
Pu Nm?
K, N/m
1.82 E+9
1.47 E+9
Ammonia
608
2.20 E-4
2.13 E-2
9.10 E+5
1.05
2.88 E-2
2.70 E-2
1.01 E+4
4.34
6.51 E-4
9.67 E-4
Benzene
881
Carbon tetrachloride
1590
1.20 E+4
1.32 E+9
4.45
5.72
5.7 E+3
1.2 E+1
1.09 E+9
3.05 E+9
Ethanol
789
1.20 E-3
2.28 E-2
Ethylene glycol
1117
2.14 E-2
4.84 E-2
11.7
1.76
3.68
Freon 12
1327
2.62 E-4
7.95 E+8
2.16 E-2 5.51 E+4
6.33 E-2
1.3 E+9
2.92 E-4
1.49
Gasoline
680
1.4 E-2
4.35 E+9
28.0
Glycerin
Kerosene
1260
804
1.92 E-3
2.8 E-2 3.11 E+3
1.41 E+9
5.56
1.07
13,550
791
2.85 E+10
1.03 E+9
Mercury
1.56 E-3
4.84 E-1
1.1 E-3
4.63
5.98 E-4
1.04 E-1
1.7 E-1
2.9 E-1
8.6 E-1
Metbanol
2.25 E-2
1.34 E+4
SAE 1OW oil
870
3.6 E-2
1.31 E+9
15.7
SAE 10W30 oil
876
14.0
3.5 E-2
1.38 E+9
18.3
SAE 30W oil
SAB SOW oil
891
20.2
Table A.1
902
Water
998
1.00 E-3
7.28 E-2 2.34 E+3
2.19 E+9
Seawater (30%e)
1025
1.07 E-3
7.28 E-2 2.34 E+3
2.33 E+9
7.28
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