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Design the rectangular reinforced concrete beam for moment and shear. Use only tension steel for flexure. The loads shown are service loads. The uniform load is composed of 1 kip/ft dead load (does not include beam weight) and 1 kip/ft live load. The concentrated loads are dead load. Assume the supports to be 12-in. wide. Use f′c = 4000 psi and fy = 60,000 psi. Show design sketches, including the stirrup pattern.
steam at 1 mpa with a quality of 0.8 passes through a throttling device that causes the pressure to rapidly drop to 200
a south facing wall of a building is 5 m high and 7 m wide. the wall absorbs the incident solar energy at a rate of 500
a liquid at 10 c kinematic viscosity of 1.30710-6 m2s is to flow from a roof-top reservoir to a tanker truck through a
A small disk of diameter D1 = 50 mm and emissivity e1 = 0.6 is maintained at a temperature of T1 = 900 K. The disk is covered with a hemispherical radiation shield of the same diameter and an emissivity of e2 = 0.02 (both sides).
if the archers left hand is pushing against the bow handle with a force p 50 lb what is the tension in the string as a
what will be the work of adhesion between water and 100si plane wsl if a sessile drop of h2o on the si surface forms an
This crate holding 40 bricks, each of mass 1.3kg, is placed on a hydraulic lifting beam as shown. State the order of the lever used here. Calculate the effort required to lift the load. Calculate the mechanical advantage for this system.
Needing a writing help with a 3-4 page paper on the Case Study 6-2 Johnson & Johnson's Enterprise Architecture, this is from Managing and Using Information Systems by Pearson & Saunders.
If the unit step response of a system with input f(t) and output x(t) is given by, x(t) = 1 + 0.5e-2t + te-5t for all t > 0. For zero initial condition, find the differential equation relating f(t) to x(t)
Steam at 80 bar, 440 0C, enters a turbine operating at steady state at a volumetric flow rate of 180 m3/min. The water exits the turbine in two streams, 20% as exits through a 0.25 m diameter pipe at 60 bar, 400 0C. The rest exits through a 1.5 m dia..
an inventor claims to have devised a refrigeration cycle that at steady state requires a net power of .8 hp to remove
a compressor is designed to run at 4000 rpm when ambient conditions are 101 kpa and 20c. on the day when the
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