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Let L= 2.7 ft, W = 70 lb, w = 2 lb, P = 4 lb, and T= 3.1 lb. Type the unit, lb, after typing your numerical answer
Motor D and pulley G weigh W and w respectively. When the motor is turned off, the belt tension is T. The force P acts on member ACF, not on pin F. Determine the tension in the cable CB.
Calculate expected error L if a theodolite has direct angular accuracy of 10" and a distance of 1500m was measured.
Consider high pressure steam at 400 degrees C and v =0.01567 m^3/kg. Obtain estimates of the pressure using (a) the van der Waals equation (b) the redlich-kwong equation. The actual pressure is 150 bar.
Derive the expressions for the concentration exiting a CSTR and a PFR for a zero order removal reaction. Which reactor design is more efficient in terms of volume and hydraulic retention times
at the bottom of a loop in the vertical plane an airplane has a horizontal velocity of 315 mi/h and is speeding up at a rate of of 10ft/s^2. The radius of curvature of the loop is 1mi. The plane is being tracked by radar at O.
Compare the physical migration of workers during U.S. industrialization and present-day intellectual transition into a new type of workforce.
For the following waste and river characteristics just upstream from the outfall, find the minimum downstream DO that could be expected:
A four- lane undivided multilane highway ( two lanes in each direction) has 11- ft lanes and 5- ft shoulders. At one point along the highway there is a 4% upgrade that is 0.62 mi long.
The profile of the bridge and tunnel. Devise a vertical alignment to connect the tunnel and bridge by determining the highest common design speed for the sag and crest (equal tangent) vertical curves needed.
An object is thrown downward from a 150-ft cliff with a velocity of 45m/hr so that it makes an angle of 60° with vertical face of the cliff.
A cylinder fitted with a frictionless piston contains 2 kg of superheated refrigerant R-134a vapor at 350 kPa, 100oC. The cylinder is now cooled so that the R-134a remains at constant pressure un- til it reaches a quality of 75%.
What is the aqueous phase CO2 concentration (mg/L) of a watersample that is not in equilibrium with the atmosphere and has a pH= 7.1, an alkalinity of 300 mg/L and a temperature of 25 degrees C?
You are given five data points, yi = f(xi), where i ranges from -2 to 2, and where xi+1 ? xi = ?x is a constant. You are interested in computing the first and second derivative of f at x0.
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