Che XZoho Creatorx G GRAPH FOR M X IP IPACCT| Userx E Exergic.in - Or XIP IPACCT | User xG heat transfer Xexperthiring.chegdindia.com/2Form:Subject_test?privateLink=bF53Pq3tqOdXDb6qq0PKbXBKnU6s212F4b2fdONuXXgZX2DTmglz56EF3A79ha..equilateral trie x +YouTubeM GmailX Torrent Search Engi...G Google 2 IPACCT | User infor...Adventure Movies -..15My AccountOSonalidesigirl Webc.Sarileru Neekevwar.Consider a flow of water in a cylinder maintained at constant temperature of 100° C, thediameter of the cylinder is 50 mm and the length of the tube is 6 m. The inlet and theoutlet temperature of the water is T, =15 C and T =57°C. Find the average heattransfer coefficient associated with the flow of water. Mass flow rate is 0.25 kg/s andc, =4.178 kJ/kg K.(A)850 W/m2. K(B 650 W/m2 - Kw/m² K(C) 755 W/m² . K(D) 725 W/m² .K20:02AO 40 ENG08-10-2020Type here to search

Given :Temprature of water , Tw=100°cDia of water = d=50mm=0.05mlength of tube=6mInlet temp…

Consider a flow of water in a cylinder maintained at constant temperature of 100° C, the diameter of the cylinder is 50 mm and the length of the tube is 6 m. The inlet and the putlet temperature of the water is T, =15° C and T, =57°C. Find the average heat transfer coefficient associated with the flow of water. Mass flow rate is 0.25 kg/s and c,3D4.178 kJ/kg K.

Consider a flow of water in a cylinder maintained at constant temperature of 100° C, the diameter of the cylinder is 50 mm and the length of the tube is 6 m. The inlet and the putlet temperature of the water is T, =15° C and T, =57°C. Find the average heat transfer coefficient associated with the flow of water. Mass flow rate is 0.25 kg/s and c,3D4.178 kJ/kg K.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Related questions

Q: Liquid ethylene is flowing through a nom 4 – 80S std type commecial steel pipe at -40°C. The tube is…

A: The diameter of the pipe is: d=0.11 m The viscosity of the ethylene at -40oC temperature is:…

Q: mmonia and air pass through the heat exchanger. While the ammonia is entering as a superheated vapor…

A: The inlet pressure of ammonia is The inlet temperature of ammonia is The exit pressure of ammonia is…

Q: 1. An experimental test rig is used to examine two-phase flow regimes in horizontal pipelines. A…

Q: 4. An experimental test rig is used to examine two-phase flow regimes in horizontal pipelines. A…

Q: Air at 20°C and 101 kPa enters a passage between P4-36 two printed circuit boards inside a desktop…

A: Follow the assumption:Specific heat is taken as constant.The system operates in a steady…

Q: Q1: Air enters a diffuser at 200 m/s with a pressure of 85 kPa and a temperature of -20°C. It leaves…

A: INTRODUCTION: The diffuser is a steady flow mechanism in which incoming mass leaves by expanding and…

Q: A glass manometer with oil as the working fluid is connected to an air duct as shown in Fig. Will…

A: The diagrams of manometers are given as, Consider manometer (a), on applying the pressure equation,…

Q: Ammonia and air pass through the heat exchanger. While the ammonia is entering as asuperheated vapor…

A: b) 462328 KJc) 18401.114 kg/hrExplanation:

Q: Q3 a) A rectangular duct with width of 0.3 m and height of 0.2 m is used to deliver cold fresh air…

Q: Air enters a blower at 20°C and exits at 28.38°C. The inlet velocities of air are 100 m/s and 150…

A: According to the energy flow equation The process is assumed as the adiabatic process For the…

Q: A fluid is pumped at a rate of 0.00156 m /s through a 0.025-m-diameter pipe to fill a water tank as…

Q: Determine the electrical power supplied to a boiler when the temperature of the entering water is 20…

A: Consider the following diagram for the boiler system, the heat input is Ql and heat loss from the…

Q: Air at (4.70x10^2) K flows out of a circular pipe at 101325 Pa as shown in Figure. The mass flowrate…

A: Given data:

Q: Air at 80 kPa, 27\deg C, and 220 m/s enters a diffuser at a rate of 2.5 kg/s and leaves at 42\deg C…

A: Given data:-Determine:-The exit velocity of the airThe exit pressure of the air

Question

Che X
Zoho Creator
x G GRAPH FOR M X IP IPACCT| Userx E Exergic.in - Or XIP IPACCT | User xG heat transfer X
experthiring.chegdindia.com/2Form:Subject_test?privateLink=bF53Pq3tqOdXDb6qq0PKbXBKnU6s212F4b2fdONuXXgZX2DTmglz56EF3A79ha..
equilateral trie x +
YouTube
M Gmail
X Torrent Search Engi...
G Google 2 IPACCT | User infor...
Adventure Movies -..
15
My Account
OSonalidesigirl Webc.
Sarileru Neekevwar.
Consider a flow of water in a cylinder maintained at constant temperature of 100° C, the
diameter of the cylinder is 50 mm and the length of the tube is 6 m. The inlet and the
outlet temperature of the water is T, =15 C and T =57°C. Find the average heat
transfer coefficient associated with the flow of water. Mass flow rate is 0.25 kg/s and
c, =4.178 kJ/kg K.
(A)850 W/m2. K
(B 650 W/m2 - K
w/m² K
(C) 755 W/m² . K
(D) 725 W/m² .K
20:02
AO 40 ENG
08-10-2020
Type here to search

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step 3

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 3 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Air is flowing through a 19.6-cm diameter pipe with a velocity of 6.05 m/s. If the temperature of the air is 21.29°C and pressure is 102 kPa, compute the flow rate of air in the pipe in kg/s.
A gas of 0.7 specific gravity is flowing in a linear reser- voir system at 150°F. The upstream and downstream pressures are 2000 and 1800 psi, respectively. The system has the following properties: L 2000 ft, k = 40 md, Calculate the gas flow rate. W=300 ft, h = 15 ft = 15%
Q2/ The Air enters Diffuser at (80 kPa, 27°C) with velocity (200 m/s) and the flow rate (2.5 kg/s), and leaves the Diffuser at (42°C). The exit area of the diffuser is (400 cm2). Determine the exit velocity. from table T1=27.C=300K h1=300.19 kJ/kg T2=42.C%3D315K h2=315.27 kJ/kg
a] Steam at 280 oC, tube=26 W/m. It flows at a speed of 4.0 m/s along a pipe made of iron-steel material with a temperature of 0°C. The inner diameter of the iron-steel pipe is 6.0 cm and the outer diameter is 6.8 cm. In order to reduce the heat transfer, the iron-steel pipe is first covered with 2.0 cm thick glass wool (k = 0.38 W/m. oC), then with another 3.5 cm thick insulation material (k = 0.01 W/m. oC). The insulated iron-steel pipe is in the atmospheric environment where the temperature is 18 oC. The convective heat transfer coefficient on the outside atmospheric side of this pipe, where the steam flows, is 36 W/m2. oC, the film heat transfer coefficient on the steam side is 80 W/m2. Calculate the heat transferred per unit pipe length (W/m), since it is known to be °C. b] Calculate the thickness of the material when the pipe is sheathed externally with a material with a thermal conductivity of k=0.02 W/m.oC in order to reduce the heat to be transferred by 20% in the unit pipe…
Consider a pipe on a horizontal plane: based on Bernoulli's equation A. none of the above B. the inlet velocity will be less than the outlet velocity C. the inlet velocity will be greater than the outlet velocity D. the elevation of the inlet will be greater than that of the outlet
2.3
A manometer with water as working fluid is connected to an air duct as shown in Figure 1.1. Air flow through the pipe at a rate of 170 L/s. The pipe diameter ismeasured to be 20 cm at the entrance, which reduces to half with asmooth reducing section. The pressure difference between the two pipesections is measured by a water manometer. Assume the systemoperates in the environment at a constant temperature 50°C. Determine the differential height of the water in the manometer and predict the changes of the differential height in the manometer if a fluid with the density lower than water is used as the working fluid. State at least 3 assumptions you have made for your calculations
A tube with 45 meters long, and a diameter of 1.8 meters and 2.3 meters, inlet and outlet respectively. Water is flowing inside the tube. What is the rate of change of the velocity with respect to its length when the inlet has a velocity of 2100 meters/min?
A turbine is driven by a system that enters the turbine at the ff. conditions: 500 kg/h, 44 atm, 450 deg C, 60 m/s linear speed. The steam exits at a point five meters below the inlet stream of the turbine with the following conditions: atmospheric pressure, 360 m/s speed. 70,000 W of shaft work is delivered by the turbine while 104 kilocalories/h heat is lost. Here are the questions to be answered: 1. Why is the value of Wexp 0? (Explain) 2. Given the above values, can you calculate the Wflow? (Yes/No)
Please don't give image based answer..thanku Question:- Water vapor enters a continuous flow adiabatic turbine at 9 MPa pressure, 450 o C temperature and 188 m/s velocity, and exits at 50 m/s speed at 20 kPa pressure and 92% dryness. Calculate the turbine inlet cross-sectional area since the mass flow rate of the steam is 12kg/s.
Q=2000J Tout=? V(m/s) D=0.1m air Air at (2.95x10^2) K is entering in a circular pipe at 101325 Pa as shown in Figure. The velocity of the air at the pipe entrance is (1.5000x10^0) m/s. The diameter of the pipe is 0.1m. Specific gas constant of air is 287 J/kg-K. Specific heat of air is 100O J/kg-K. Find the outlet temperature if 2000 J of heat is added to the pipe. Answer should be in 'K' with three significant figures. Note: Your answer is assumed to be reduced to the highest power possible. Your Answer: Activate Windows Go to Settings to activat (? 9°C ENG 2020
What’s the answer for this please ?