Applied Fluid Mechanics
7th Edition
ISBN: 9780133414622
Author: UNTENER
Publisher: YUZU
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Chapter 16, Problem 16.27PP
Figure 16.22 shows a device for clearing debris using a
sitting on a floor. If the air velocity is
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Chapter 16 Solutions
Applied Fluid Mechanics
Ch. 16 - Calculate the force required to hold a flat plate...Ch. 16 - What must be the velocity of flow of water from a...Ch. 16 - Calculate the force exerted on a stationary curved...Ch. 16 - A highway sign is being designed to withstand...Ch. 16 - Compute the forces in the vertical and horizontal...Ch. 16 - Figure 16.13 O shows a free stream of water at 180...Ch. 16 - Compute the horizontal and vertical forces exerted...Ch. 16 - In a plant where hemispherical cup-shaped parts...Ch. 16 - A stream of non-flammable oil (sg 5 0.90) is...Ch. 16 - A 2 -in-diameter stream of water having a velocity...
Ch. 16 - Figure 16.17 O represents a type of flowmeter in...Ch. 16 - Water is piped vertically from below a boat and...Ch. 16 - A 2 -in nozzle is attached to a hose with an...Ch. 16 - Seawater (sg 5 1.03) enters a heat exchanger...Ch. 16 - A reducer connects a standard 6 -in Schedule...Ch. 16 - Calculate the force on a elbow attached to an in...Ch. 16 - Calculate the force required to hold a 90 elbow in...Ch. 16 - Calculate the force required to hold a 180 close...Ch. 16 - A bend in a tube causes the flow to turn through...Ch. 16 - A vehicle is to be propelled by a jet of water...Ch. 16 - A part of an inspection system in a packaging...Ch. 16 - Shown in Fig. 16.20 is a small decorative wheel...Ch. 16 - For the wheel described in Problem 16.22. compute...Ch. 16 - A set of louvers deflects a stream of warm air...Ch. 16 - Prob. 16.25PPCh. 16 - Prob. 16.26PPCh. 16 - Figure 16.22 shows a device for clearing debris...Ch. 16 - Prob. 16.28PPCh. 16 - Figure 16.23 is a sketch of a turbine in which the...Ch. 16 - Repeat Problem 16.29 with the blade rotating as a...Ch. 16 - Repeat Problem 16.29, except with the blade...
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- Problem 1)The velocity of the water at the entrance and exit of a pipe are 10 m/s and 3 m/s, respectively. The volume of water flowing inside the tube is 18000 m^3 . What is the kinetic energy of the water measured at the exit of the pipe? If the exit of the pipe in problem 1 is located at the ground level, what is the elevation of the pipe inlet if all the potential energy is converted to the kinetic energy in problem 1? include the diagram.arrow_forwardAt the Manapouri hydroelectric station on the South Island of New Zealand, water from Lake Manapouri drops through 230 meters before being discharged to the sea at Doubtful Sound. The maximum flow rate of water through the plant is 510 cubic meters per second. 1 cubic meter of water has a weight of 1,000 kg. Calculate the maximum amount of power that could be generated at Manapouri. (You can refer to the class handout, the textbook Section 2.2 or the slides for the necessary energy and power conversions). Group of answer choices A. 3.2 TW B. 3500 Watts C.120 MW D. 1.2 GW E. 350 MWarrow_forwardA 5-inch diameter centrifugal pump operating at 1000 RPM is geometrically similar to another 7.5 inch diameter pump when operating at 1400 RPM. The working fluid is water for both cases. Calculate the flow rate, head and brake power for the smaller pump if the flow rate, head and brake power for the largest diameter pump is 1000 gal/min, 50 ft and 15 hp respectively considering the point of operation previously described.arrow_forward
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- Prototype of a mixed flow mini heart support pump at n1= 11000 rpmthe manometric pressure height is 100 mmHg, the flow rate of the blood-like liquid it pumps is 5.5 l/min and the efficiency is 9%. The relative density of this liquid is 1.06. It can be assumed that yields have not changed.a) find the power of the pump at this speed (n1).b) if the speed of this pump is reduced to n2 = 8000 rpm, what is the flow rate, manometric pressure height and power?arrow_forwardAttempt only if You are sure. I need Solution as fast as.arrow_forward10. What hose I.D. would be required to deliver 50 gal/min , assuming no friction losses at a maximum velocity of 8.5 ft/sec?arrow_forward
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