An orifice is to be designed to have a change in pressure of 48 kPa across it
Question:
An orifice is to be designed to have a change in pressure of 48 kPa across it (measured with a differential-pressure transducer) for a discharge of 4.0 m3/s of water in a pipe 1.2 m in diameter. What diameter should the orifice have to yield the desired results?
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
Answer rating: 75% (12 reviews)
Given d 1 12 m Assume K 068 Q 4 m 3 s pressure 48 kPa To find orifice diamet...View the full answer
Answered By
Jothi lakshmi
Myself a technical teacher having more than 20 plus years of experience. My students are there in many world renowned organisations and still they are in contact with me sharing their experience. I wish to express my ability to make the students to understand the difficult concepts too in a different way. This makes them to know the basics in a very well versed way and their analytical skills get good score.
0.00
0 Reviews
10+ Question Solved
Related Book For
Engineering Fluid Mechanics
ISBN: 9781118880685
11th Edition
Authors: Donald F. Elger, Barbara A. LeBret, Clayton T. Crowe, John A. Robertson
Question Posted:
Students also viewed these Engineering questions
-
A pipe in air at 20oC is to be designed to produce two successive harmonics at 240 Hz and 280 Hz. How long must the pipe be, and is it open or closed?
-
An air-to-water compact heat exchanger is to be designed to serve as an intercooler for a 5,000 hp gas turbine plant. The exchanger is to meet the following heat transfer and pressure drop...
-
An experiment is to be designed to measure free convection heat-transfer coefficients from spheres by preheating aluminum spheres of various diameters to an initial temperature and then measuring the...
-
Using raw javascript and HTML create a webpage that has a digital clock and an analog clock. be sure to add a feature to switch between the clocks. the clock should show real time (eastern time)
-
What are some arguments for and against each of these policies: dismissal, demotion, return to the same job following rehabilitation, and return to a different job following rehabilitation?
-
Does every strictly determined 2 2 matrix game have a recessive row or column? Explain.
-
A tugboat pulls two barges down the river. The barge connected to the tugboat, carrying coal, has an inertia of \(2.0 \times 10^{5} \mathrm{~kg}\), and the other barge, carrying pig iron, has an...
-
Traverse County needs a new county government building that would cost $ 10 million. The politicians feel that voters will not approve a municipal bond issue to fund the building since it would...
-
Tom is buying a small warehouse. The purchase price is $210,000. The bank is willing to finance 75% of the purchase price (LTV=75%) for 25 years in monthly installments at 8.75% per annum. What is...
-
Crimson Tide Music Academy offers lessons in playing a wide range of musical instruments. The unadjusted trial balance as of December 31, 2021, appears below. December 31 is the company?s fiscal...
-
What is the discharge of gasoline (S G = 0.68) in a 20 cm horizontal pipe if the differential pressure across a 10 cm orifice in the pipe is 100 kPa?
-
What is the main advantage of a venturi meter versus an orifice meter? The main disadvantage?
-
Suppose you were managing a firm in unbal anced oligopoly and your market share was less than 5 percent. Describe how your price and output levels would be determined.
-
Explore the impact of demographic shifts, such as aging populations and changing consumer preferences, on the business strategies and product offerings of retail banks in developed economies.
-
List three (3) aspects for inducting staff into your business
-
3. Discuss at least two advantages of using a mandrel during swaging process. (25 point) Tube Die Mandrel (a) (b) Fig. 3. (a) Swaging of tubes without a mandrel, (b) Swaging with a mandrel.
-
1. Why do we call CO2 and methane greenhouse gases? 2. How is Earth's atmosphere similar to the plastic of the collection bottle? 3. Why are we worried about CO2 levels if CO2 is part of the natural...
-
Briefly explain the effects of "budgetary slack". Provide two examples Pam Worth used to create budget slack. (2 marks) 2) What are three dimensions of the fraud triangle? Using the identified...
-
A Compton scattering experiment is performed using an aluminum target. The incident photons have wavelength . The scattered photons have wavelengths and energies E that depend on the scattering...
-
A copper wire (density = 8.96 g/cm 3 ) has a diameter of 0.25 mm. If a sample of this copper wire has a mass of 22 g, how long is the wire?
-
Can the water vapor in air be treated as an ideal gas? Explain.
-
What is vapor pressure?
-
Atmospheric air at a pressure of 1 atm and dry-bulb temperature of 30C has a relative humidity of 80 percent. Using the psychrometric chart, determine (a) The wet-bulb temperature (b) The humidity...
-
What factors should corporations consider when determining whether accumulated earnings are considered unreasonable and subject to the accumulated earnings tax? How does the concept of reasonable...
-
Hoytsville Company had the following account balances for 20X1. Account Amount Net Income $25,000 Retained Earnings (beginning of year) 40,000 Dividends 10,000 Unrealized Gain on Available-for-Sale...
-
Hart Inc. purchased a patent in January of Year 1 for $60,000 and chose to amortize the patent over its useful life of 20 years. However, in Year 6, the company decided that the total useful life of...
Study smarter with the SolutionInn App