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1. Refer to Problem 3.12. Assume that the sand is clean and normally consolidated. Estimate the average value of the modulus of elasticity between depths of 20 ft and 30 ft.
2. Following are the details for a soil deposit in sand:
Depth (m)
Effective overburden pressure (kN/m2)
Field standard penetration number,N60
3.0
55
9
4.5
82
11
6.0
98
12
Assume the uniformity coefficient sCud of the sand to be 2.8 and an overconsolidation ratio (OCR) of 2. Estimate the average relative density of the sand between the depth of 3 to 6 m. Use Eq. (3.21).
saturated liquid water is compressed from 100 kpa state 1 to 2.5 mpa state 2 in an adiabatic pump having 85 isentropic
The state of 1 lbm of steam is changed from saturated vapor at 20 psia to superheated vapor at 50 psia and 1000 F. What are the enthalpy and entropy changes of the steam? What would the enthalpy and entropy changes be if steam were an ideal gas?
block a is dropping at a velocity of 600mmsec and acceleration of 100mmsec2. it is attached directly to an inner
"Fuel energy" is available at 2000 F at a local power plant. What is the maximum work that can be produced for each BTU of fuel energy if it is winter and the surroundings are at 40 ¯F ? If this work is used to maintain a residence at 80 F, how much ..
consider the electrical conductor assembly in the form of four 4 parallel plates that have one edge mounted to a
below is measured voltage v at different time stimes nbsp nbsp nbspnbsp 0nbspnbspnbspnbsp 0.5nbspnbsp 1nbspnbsp 1.5nbsp
A bottle of soda is capped when the pressure of carbonation is 0.20 MPa. How long before the pressure has dropped to 0.11 MPa? Identify the surroundings and boundary. List all of the interactions. Physically and mathematically Include all heat transf..
consider a rigid tank of the volume 15m3. this tank is connected to a steam supply line. the tank is initially
Steel balls at 150°C with a specific heat of 0.50 kJ/kg.°C are quenched in an oil bath to an average temperature of 70°C at a rate of 15 balls per minute. If the average mass of steel balls is 1.2 kg, what is the rate of heat transfer from the balls ..
sketch the ewald sphere construction for the 200 diffraction with mo kalpha radiation and a poly crystalline specimen
a rigid tank whose volume is 10l is initially evacuated. a pinhole develops in the wall and air from the surroundings
The heat transfer coefficient in the oven is 25W/m^2K. Calculate rate of heat transfer per m^2 area.
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