Problem 1. Neglecting the weight of the hinged gate, determine the depth h at which the gate shown below will open. The gate width is 5 m. (Ans: √√3) h Hinge 1 m
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- Determine the volume of the concrete arch dam.) A gate with 2 m width is located under the water as shown in Figure Q1c. IF the force(F) required to hold the gate is about 20 kN, determine the distance (d) of this force tothe hinge?Q1: Gate AB which is shown in figure (1) is (15m) long and (10m) wide and hinged at B with a stop at A. Neglecting the weight of gate. Compute the water level h for which the gate will start fall. Figure (1) 15m R Jooo KN B Water h B
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- Solve please. Should correct A box with a hinged lid B is half full of an organic liquid (density= 1.71 slugs/ft3). A gas above the liquid has a pressure of 0 psig. a) Find an expression for the pressure in the liquid in terms of the given quantities. b) Determine the torque (ft- lb) required to keep the lid closed if the dimensions of the lid are L=2.5ft and width W=1ft.. The gate shown is hinged through a point A and is restrained from opening by a fixed ridge at point B. For a gate width of 7 feet, 45° SG = 0.86 20" A Hinge 32" SG = 1.23 BQ1/ This rectangular gate shown in Fig.1 below will open automatically when the depth of water (d) becomes large enough. What is the minimum depth that will cause the gate to open? Fig. (1) 22 200 N 60 -45 m (x 2.4 m)-