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Using moment distribution,construct the influence lines for the vertical reaction at support A and the moment in the beam at the face of the. wall).
Evaluate the ordinates of the influence line at 6-ft intervals.
A one dimensional wall of material (Kw=10w/mk) is 50 mm thick with uniform heat generation q‘‘‘=5*10^6w/m^3. The left side is exposed to a fluid hl=500w/m^2k at 20 degree Celsius. The right side has a 10mm thick plate attached that has no heat genera..
consider a gas turbine cycle with two stages of compression and two stages of expansion. the pressure ratio across each
Design the risers to solidify last by having its volume-to-area (V/A) ratio larg compared with the main casting and design the mold and calculate the required weight that should be used to prevent the buoyancy force from lifting the upper flask.
the pedal-chainwheel unit of a bicycle is shown in the figure. the left foot of the rider exerts the 40-lb force while
A small aperture is located at the bottom of the enclosure to permit sighting of the sample or the enclosure wall. The spectral reflectivity PA of an opaque, diffuse sample material is as shown. The heat transfer coefficient for convection between..
determine the phase or phases in a system consisting of h2o at the following conditions and sketch both the p-v and t-v
What is the capacity and level of service profile of the facility under the existing condition?
Determine the rate of heat transfer to the plate, expressing your result in terms of Too, Ts, ro, a, b, and n.
one liter of saturated liquid water is contained in a piston-cylinder assembly. initiallythe water pressure is 2bar.
A starship in a binary system is located a distance R from one star and a distance 2R from the other star. The starship wants to launch a deep space probe of mass m. The probe has no propulsion system of its own. What is the escape velocity from the ..
What thickness of concrete (density 2200 kg m-3) is needed to attenuate a collimated beam of 1-MeV γ rays by a factor of 106? The mass attenuation coefficient of concrete μm = 0-064cm2g-1.
(a) Estimate the boundary layer thickness at a location 0.25 m measured from the lower edge. (b) What is the maximum velocity in the boundary layer at this location and at what position in the boundary layer does the maximum occur?
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