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4.42 Figure 4.46 shows a tank of water with a circular pipe con- nected to its bottom. A circular gate seals the pipe open- ing to prohibit flow. To drain the tank, a winch is used to pull the gate open. Compute the amount of force that the winch cable must exert to open the gate.

4.42 Figure 4.46 shows a tank of water with a circular pipe con- nected to its bottom. A circular gate seals the pipe open- ing to prohibit flow. To drain the tank, a winch is used to pull the gate open. Compute the amount of force that the winch cable must exert to open the gate.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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can you please find the solution for que: 4.42

Winch 417 For the orange-drink tank shown in Fig. 4.32, compute the magnitude and location of the total force on the verti cal back wall. The tank is 3.0 m long. 48 For the oil tank shown in Fig. 4.35, compute the magni- tude and location of the total force on each vertical end wall, The tank is 1.2 m long. 4.39 For the oil tank shown in Fig. 4.35, compute the magni- tude and location of the total force on the vertical back wall. The tank is 1.2 m long. 4.40 Figure 4.44 shows a rectangular gate holding water behind it. If the water is 6.00 ft deep, compute the magnitude and location of the resultant force on the gate. Then compute the forces on the hinge at the top and on the stop at the Cable - Water 38 in 30 Hinge bottom. Open pipe 4.41 Figure 4.45 shows a gate hinged at its bottom and held a simple support at its top, The gate separates two fluids. Compute the net force on the gate due to the fluid on each side. Then compute the force on the hinge and on the Stop Circular gate 10.0 in diameter FIGURE 4.46 Problem 4.42. support. 4.42 Figure 4.46 shows a tank of water with a circular pipe con- nected to its bottom. A circular gate seals the pipe open- ing to prohibit flow. To drain the tank, a winch is used to pull the gate open. Compute the amount of force that the winch cable must exert to open the gate. 4.46 Repeat Problem 4.28 (Fig. 4.40), except that the tank is now sealed at the top with a pressure of 4.0 psig above the fluid. Piezometric Head
Transcribed Image Text:Winch 417 For the orange-drink tank shown in Fig. 4.32, compute the magnitude and location of the total force on the verti cal back wall. The tank is 3.0 m long. 48 For the oil tank shown in Fig. 4.35, compute the magni- tude and location of the total force on each vertical end wall, The tank is 1.2 m long. 4.39 For the oil tank shown in Fig. 4.35, compute the magni- tude and location of the total force on the vertical back wall. The tank is 1.2 m long. 4.40 Figure 4.44 shows a rectangular gate holding water behind it. If the water is 6.00 ft deep, compute the magnitude and location of the resultant force on the gate. Then compute the forces on the hinge at the top and on the stop at the Cable - Water 38 in 30 Hinge bottom. Open pipe 4.41 Figure 4.45 shows a gate hinged at its bottom and held a simple support at its top, The gate separates two fluids. Compute the net force on the gate due to the fluid on each side. Then compute the force on the hinge and on the Stop Circular gate 10.0 in diameter FIGURE 4.46 Problem 4.42. support. 4.42 Figure 4.46 shows a tank of water with a circular pipe con- nected to its bottom. A circular gate seals the pipe open- ing to prohibit flow. To drain the tank, a winch is used to pull the gate open. Compute the amount of force that the winch cable must exert to open the gate. 4.46 Repeat Problem 4.28 (Fig. 4.40), except that the tank is now sealed at the top with a pressure of 4.0 psig above the fluid. Piezometric Head
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