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1. In Figure 14.40a, for the anchor slab in sand, H 5 1.52 m, h 5 0.91 m, B 5 1.22 m,S9 5 2.13 m, f9 5 308, and g 5 17.3 kN/m3. The anchor plates are made of con- crete and have a thickness of 76 mm. Using Ovesen and Stromann's method, calculate the ultimate holding capacity of each anchor. Take gconcrete 5 23.58 kN/m3.
2. A single anchor slab is shown in Figure P14.12. Here, H 5 0.9 m, h 5 0.3 m, g 5 17 kN/m3, and f9 5 328. Calculate the ultimate holding capacity of the anchor slab if the width B is (a) 0.3 m, (b) 0.6 m, and (c) 5 0.9 m. (Note: center-to-center spacing, S9 5 '.) Use the empirical correlation given in Section 14.16 [Eq. (14.92)].
0.89 pound-mass of water fills a 2.0309 ft^3 weighted piston-cylinder device at a temperature of 400 F. the piston-cylinder device is cooled until its temperature is 90 F. Determine the final pressure of the water and the volume.
A “Pumpkin Chucker” design for the annual Punpkin Chunkin competition held near Millsboro, Delaware every fall (first week of November) uses a pneumatic launcher (air cannon) to throw its pumpkin. It is important to know if your “ammunition”, the pum..
Consider the air conditioning of a house through use of solar energy. At a particular location, experiment has shown that solar radiation allows a large tank of pressurized water to be maintained at 175°C. During a particular time interval, heat in t..
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question the two dof system below has two moving masses m1 m2 with an input force of ft applied to m . the
calculate the hourly gas flow rate for the conditions given as followsreadings differential pressure 50-in water static
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