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Find an approximate Ritz solution for the deflection at the center of a simplysupported, square plate loaded by moment intensities (moment per unit length) M0 along the edges y = 0 and y = b so as to cause downward deflection of the plate. Use a function that satisfies the kinematic boundary conditions of the problem. Compare with the exact solution for this problem:
Determine the specific volume for water vapor using the following three methods. Assuming the first method is the most accurate, calculate the % difference of the other two methods against the first method. The temperature of the water is 800 °F and ..
Using a bucket and stopwatch, you open the valve and measure the flow rate to be 2.0 10- 4 m3 /s for a hose that is 10.0 m long and has an inside diameter of 1.50 cm. Estimate the roughness height in mm inside the hose.
a small rankine power plant produces 25 kgs of steam at 3 mpa and 600degc in the boiler. it uses water from a river to
a uniform sphere is projected without rotation at speed v0 up an inclined plane the makes an angle theta with the
a hot air balloon travels with the wind. the wind velocity is v6i 10j ms for the first hour and then it is 10i 5j ms
the coefficient of restitution is 0.9 between the two 60-mm-diameter billiard balls a and b. ball a is moving in the
A piston-cylinder device with a set of stops initially contains 0.6kg of steam at 0.8MPa and 500°C. The location of the stops corresponds to 60percent of the initial volume. Now the steam is cooled. Determine the compression work of the final state ..
Typical towns in states with big plains like Texas need an elevated tank to supply tap water. Below there is a picture of a typical elevated tank. If we approximate the tank as a cylinder with a diameter of 50 ft and a height of 25 ft, answer the fol..
Solve for the exact t111 (t), usi ng Equation 9.82, and show that the wave function changes phase, bu t no transitions occur. Find the phase change, (T) , in tenns of the function Vo(t).
air enters a compressor operating at steady state with a pressure of 14.7lbfin2 and a volumetric flow rate of 8 ft3s.
Calculate adiabatic flame temperature butane (C4H10) burning in air at 298 k and 1 atm, assuming complete combustion and constant specific heats.
the conduit between the turbine and nozzle nozzle output of an engine is 0.60 m in diameter. the gas has a pressure and
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