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Water flows into a sink as shown in Fig. at a rate of 2 gallons per minute. Determine the average velocity through each of the three 0.4-in.-diameter overflow holes if the drain is closed and the water level in the sink remains constant.
For a geometrically similar 1/10 size model, what is the relationship between the drain time for the model and the corresponding drain time for the actual parking lot? Assume all similarity requirements are satisfied. Can water be used as the mode..
a cylinder with mass m.225kg slides down a long vertical tube. the tube is lubricated with a thin layer of glycerin at
in an effort to increase thrust it is decided that an aft-fan should be added to this engine. the aft-fan creates a
a 20 mw radial flow hydraulic turbine is to be designed with a head of 70 m and a speed of 90 rpm. a geometrically
a gas mixture consists of o2 and n2. the ratio of the mole numbers of nitrogen to oxygen is 31. this mixture is heated
What is the total force reaction (magnitude) at pin joint O when the square plate is released from rest? Assume the plate has a uniform thickness.
An aquifer has a hydraulic conductivity of 12 ft/day and an effective porosity of 17% and is under a hydraulic gradient of 0.0055 m/m. Calculate the specific discharge in m/s. Calculate the average linear velocity in m/s.
Work carried out to date (see the PPt slides, however most of the work done was theory and research between the literatures, here you need to add a table for evaluation criteria for the different types of wind turbines used for this purpose, facto..
consider 100 kg of steam initially at 20 bar and 240 degrees c as the system. determine the change in exergy in kj for
a cylinder subjected to internal pressure pi only is made of cast iron having ultimate tensile strengths in tension and
Calculate the yield stress of the material and the force required to produce yield - determine the bulk modulus of the material.
1. Octane (C8H18) enters an engine and burns with air to give products with the dry molar analysis of CO2, 10.5%; CO, 5.8%; CH4, 0.9%; H2, 2.6%; O2, 0.3%; N2, 79.9%. Determine the equivalence ratio.
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