1. U manometeris used to determine the pressure in a pipe flowing with water vapor and...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
1. U manometeris used to determine the pressure in a pipe flowing with water vapor and measurement is performed as shown in the figure. The manometer has cm of water in the AB range and mercury in the BC and CD range. CD height is 20 cm. Atmospheric pressure is 75 cm Hg (mercury). Find the absolute pressure of the water vapor (density of mercury 13600 kg / m3, density of water 1000 kg / m3, gravity acceleration 9.81 m/s2). Patm D U- Manometre Su Buharı Akan A Boru 1. U manometeris used to determine the pressure in a pipe flowing with water vapor and measurement is performed as shown in the figure. The manometer has cm of water in the AB range and mercury in the BC and CD range. CD height is 20 cm. Atmospheric pressure is 75 cm Hg (mercury). Find the absolute pressure of the water vapor (density of mercury 13600 kg / m3, density of water 1000 kg / m3, gravity acceleration 9.81 m/s2). Patm D U- Manometre Su Buharı Akan A Boru
Expert Answer:
Related Book For
Fundamentals of Hydraulic Engineering Systems
ISBN: 978-0136016380
4th edition
Authors: Robert J. Houghtalen, A. Osman H. Akan, Ned H. C. Hwang
Posted Date:
Students also viewed these mathematics questions
-
A magnetic field can be used to determine the sign of charge carriers in a current- carrying wire. Consider a wide conducting strip in a magnetic field oriented as shown in Fig. 19.34. The charge...
-
The pulse-echo ultrasonic technique can be used to determine the thickness of a part or structure. By accurately measuring the time it takes for a short ultrasonic pulse to travel through the...
-
With a tire gauge, you measure the pressure in a car tire as 2.5 10^5 N/m2. What is the real pressure in a car tire? The tire looks okay.
-
4 pts A lottery winner will receive $0.5 mulhon at the end of each of the next se yearn. What is the future value of her winnings at the time of her final payment, given that the interest rate is 6%...
-
Mr. Talbot deposits $1500 at the end of every 6 months into his RRSP. He intends to leave the money for 14 years, then transfer the balance into a RRIF and make equal withdrawals at the end of every...
-
The spectrum of the radiation emitted by hydrogen atoms has a peak at \(\lambda_{\mathrm{r}}=656.3 \mathrm{~nm}\) (red) and a peak at \(\lambda_{\mathrm{b}}=486.1 \mathrm{~nm}\) (blue-green). (a) If...
-
A thin-walled cylindrical pressure vessel has mean diameter \(d=18\) in. and wall thickness \(h=0.25\) in. The vessel is made of filament-wound unidirectional composite material with all fibers...
-
John conducted a repeated-measures study to measure self-esteem among victims of domestic violence before and after they complete an 8-week program for abuse victims with 10 individuals. He...
-
Kingsport Containers Company makes a single product with wide seasonal variations in demand. The company uses a job-order costing system and computes plantwide predetermined overhead rates on a...
-
Is there a relationship between wing length (mm) and wing beat frequency (Hz) among hummingbirds? In one study, researchers measured the wing lengths and wing beat frequencies of 12 hummingbirds.3...
-
22, A stationury object of mass 4kg is set in metio hy a net force of SON. If the object uttains a speed of 5ms' in time t, calculate the value of t. A 0.20 B 0.40 C.0.63 D. 0.80 E 0.56s 23. Newton's...
-
Let us consider a protective put strategy. We hold an asset, with value \(S_{0}=S\left(t_{0} ight)\), but we are concerned with a possible loss over the holding period \(\left[t_{0} T ight]\). One...
-
The most familiar probability distribution is, no doubt, the normal. Can we say that the distribution of return from a stock share is normal? Empirical investigation tends to support a different...
-
The probability that more than 350 Americans support the bill proposing to extend daylight savings time. A discrete random variable is given. Assume the probability of the random variable will be...
-
Use the scientific method: (1) Based on your observations of your environment, (2) develop a question,(3) hypothesize the answer, (4) predict the consequences if your hypothesis is correct, (5) test...
-
According to a study, 73% of all males between the ages of 18 and 24 live at home. (Unmarried college students living in a dorm are counted as living at home.) Suppose that a survey is administered...
-
It takes a hospital dietician 40 min to drive from home to the hospital, a distance of 22 mi. What is the dietician's average rate of speed?
-
A seasonal index may be less than one, equal to one, or greater than one. Explain what each of these values would mean.
-
Water flows through a 4 -cm, wrought iron, horizontal pipeline from point A to point B. The pipeline is 50 meters long and contains a fully open gate valve and two elbows (RID = 4). If the pressure...
-
Water at 20C is transported through a 200-m-long wrought iron pipe with a head loss of 9.8 m. Determine the diameter of the pipe required to convey 10 L/sec.
-
Referring to Figure 9.4 (a), determine the maximum measurable velocity if the maximum Pitot tube scale length is 25 cm. The pipe fluid is water, which extends all the way to the manometry fluid,...
-
Find each probability using the standard normal distribution. (a) \(P(z>-1.68)\) (b) \(P(z <2.23)\) (c) \(P(-0.47
-
Find the probability that a randomly selected person has an IQ score between 95 and 105. Is this an unusual event? Explain. In a standardized IQ test, scores are normally distributed, with a mean...
-
The random variable \(x\) is normally distributed with the given parameters. Find each probability. (a) \(\mu=9.2, \sigma \approx 1.62, P(x <5.97)\) (b) \(\mu=87, \sigma \approx 19, P(x>40.5)\) (c)...
Study smarter with the SolutionInn App