A vertical cylindrical, wooden-stave barrel is 3.5 ft in diameter and 5 ft high, and is open at the top. It is held together by steel hoops at the top and bottom, each with a cross section of 0.40 in?. Let T1 and T2 be the tensile forces in the top and bottom hoops, respectively, and o, and o2, the stresses in the top and bottom hoops, respectively. If the barrel is filled with orange juice (SG = 1.04), determine the following: (a) The total hydrostatic force, F (lb) exerted by the orange juice on the walls of the tank. (b) The total pressure (psi) at the bottom of the tank. (c) The tensile force T1 (Ib) at the top hoop (d) The tensile force T2 (Ib) at the bottom hoop (e) The stress o1 (psi) at the top hoop (f) The stress 2 (psi) at the bottom hoop (g) The ratio between T1 and T2
A vertical cylindrical, wooden-stave barrel is 3.5 ft in diameter and 5 ft high, and is open at the top. It is held together by steel hoops at the top and bottom, each with a cross section of 0.40 in?. Let T1 and T2 be the tensile forces in the top and bottom hoops, respectively, and o, and o2, the stresses in the top and bottom hoops, respectively. If the barrel is filled with orange juice (SG = 1.04), determine the following: (a) The total hydrostatic force, F (lb) exerted by the orange juice on the walls of the tank. (b) The total pressure (psi) at the bottom of the tank. (c) The tensile force T1 (Ib) at the top hoop (d) The tensile force T2 (Ib) at the bottom hoop (e) The stress o1 (psi) at the top hoop (f) The stress 2 (psi) at the bottom hoop (g) The ratio between T1 and T2
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:A vertical cylindrical, wooden-stave barrel is 3.5 ft in diameter and 5 ft high, and is open at the top. It is held
together by steel hoops at the top and bottom, each with a cross section of 0.40 in². Let T1 and T2 be the tensile
forces in the top and bottom hoops, respectively, and o1 and 02, the stresses in the top and bottom hoops,
respectively. If the barrel is filled with orange juice (SG = 1.04), determine the following:
(a) The total hydrostatic force, F (Ib) exerted by the orange juice on the walls of the tank.
(b) The total pressure (psi) at the bottom of the tank.
(c) The tensile force T1 (Ib) at the top hoop
(d) The tensile force T2 (Ib) at the bottom hoop
(e) The stress o1 (psi) at the top hoop
(f) The stress 02 (psi) at the bottom hoop
(g) The ratio between T1 and T2
%3D
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