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Flow pattern (3)
In two-dimensional flow we consider again a source, a sink and an uniform stream. But, the source is located at (+L, 0) and the sink is located at (-L, 0) (i.e. opposite to a Rankine body flow pattern). They are of equal strength q in an uniform flow (velocity +VO parallel to the x-axis). Derive the relationship between the discharge q, the length L and the flow velocity such that no flow injected at the source becomes trapped into the sink.
You have been asked to prepare a salt solution using 18.5 grams of NaCl and 6 gallons of water, What will the weight percent salt be in the resulting solution? 1 gallon = 3.78 liters
How would I graph the bending moment? There is a uniformly distributed load throughout the whole beam and a 3kN force at 1.5m from A (start of the beam)and 3m from A.
Calculate the uniform flow rate in an earth-lined (n = 0.020) trapezoidal canal having bottom width 3 m, sides sloping 1V : 2H, laid on a slope of 0.0001, and having depth of 1.8 m.
Estimate of the point load strength index Is(50) and suggest a realistic range for the Youngs modulus E.
write a paragraph explaining how the relaxation modulus of a plastic material measured in engineering practice. use a sketch.
The structure shown below is made of structural A-36 steel. The left post is a solid round steel member with a diameter of 6 inches. The right post is a square steel member which is 6 inches square. The horizontal member is a solid steel beam with..
somewhere in the alps a mountain lake discharges into a 8-m wide stream withnbspboulders across the bottom and gravel
A 40 kg load is placed 3 m from a fulcrum. If an effort force is applied at a distance of 2 m, how much force is required to life the load to a horizontal balance? How could you reduce the required effort force? Are there any additional consideration..
the room described in problem 8.1 gas a 1 m wude door with a 1 cm high slit at the floor level. THe oil spill has a rectagular area of sides 0.5 m by 0.5 m. (a) calculate the pressure increase, the air velocity, and the mass flow rate throug the sl..
Consider a portion of the sheet that is 2 in.x 2 in and 0.04 in. thick when the loads are acting. Determine the in-plane x-dimension of this portion of the sheet if these loads are released
Find the change in volume of 16.15 lb of water at ordinary atmospheric pressure for three conditions: Calculate each condition and note the trend.
A materials engineer is working in a research project to evaluate the effect of one type of admixture on the compressive strength of concrete
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