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A cast-in-place (CIP) cantilever wall is required to maintain the grade for a freeway. A preliminary wall dimension is shown in Figure P15.22. Determine the stability of the wall and show how you would provide adequate drainage. Use Rankine's method to calculate the lateral forces. Neglect the passive resistance at the front of the wall.
You have batched both of the mixes you designed in questions 6 and 7 on the same day and have made a sufficient number of 6" diameter and 4" diameter cylinders of each mix so that two cylinders of each size
Define the term bearing length has used in masonry
An absorption column is to be designed to recover 99.5% of the NH3 from a feed stream, which is supplied at 72 F and an NH3 partial pressure of 10 mm Hg. The feed stream contains 2100 lbm/hr of air.
A beam must carry a total factored bending moment of 1062kN-m. It has a maximum beam effective depth of 25in. Design the beam in US customary units using f’c=4ksi and fy=413.4MPa. If necessary use d’=2.5in. Assume an exterior exposure according to AC..
Define the term safe bearing capacity as used in foundation
All four of B's wheels were locked and skid marks indicate that B slid 2 m after impact. If you estimate the coefficient of kinetic friction between B's tires and the road to be 0.4 and the coefficient of restitution to be 0.4
A container with volume 0.2 m^3 holds oxygen and has gages showing readings of 70°C and 25 bars. Calculate the amount of oxygen (mass and moles) in the container if the atmospheric pressure is 1 bar.^3
Determine how many years from now the consumption will reach its design capacity with current usage rates if the community has a declining growth rate.
sand cone test has been performed . The test results: intial weight of cone + sand =13.51lb, Final weight of sand cone + sand= 4.26lb, weight of sand to fill cone=2.12lb, weight of soil from hole+bucket=12.42lb, weight of bucket=1.21lb
Find the maximum shearing stress and its location in the shaft and the angle of twist of A with respect to C. Let G = 4x10^6 psi for the entire shaft.
Find the distanceD traveled in the liquid and the corresponding timet required to reduce the velocity to 7.8 m/s. Neglect any vertical motion
What measures of performance are derived from each?
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