Calculate the make up rate of the water by doing a material balance between the water stream and the air stream. Show your steps of calculation.(Attached are the datasets) USEFUL INFORMATION1. Orifice Constant:where th= 0.01375. Packing DataxV₂Dry air mass flow rate (kg s¹¹)X = Orifice differential (mm H₂O)VB = Specific volume of steam and air mixture leaving top of column (m³ kg-¹)va₂ = Specific volume of dry air leaving top of column (m³ kg'¹)@ Specific humidity of air leaving top of the column (kg kg-¹)Number of DecksNumber of Plates per DeckTotal Surface Area of PackingHeight of PackingPacking "Density" AreaVol2. Energy Transferred to Water by Pump: 0.1kW3. Water Capacity of System: 3.0 litre (excluding make-up tank)4. Dimensions of Column: 150mm x 150mm x 600mm high.6. Constants and Conversion FactorsSpecific heat capacity of water (Cp):Specific heat capacity of air (Cp):1 bar = 10' N m² = 100 kN m²1 kW = 3412 Btu h¹¹m²= 0.0137mm'¹A870.830.4877x1 + w₂ )vaz4.18 kJ kg¹¹ K¹1.005 kJ kg¹¹ K-¹For air, R = 0.2871 kJ kg¹ K-¹For steam (H₂O), M = 18 kg(kg mole).¹Universal Gas Constant (Ro) = 8.3143 kJ (kg mole)*¹ K-¹B8101.190.48110с8182.160.482007. Note: The heating elements are rated (subject to a manufacturing tolerance) at 240V. At othervoltages, the nominal rating should be multiplied by (local voltage)².240 (b) By using the psychrometric chart, fill up the table below for mass balance.Set 1w[kg/kg dryair]v[m³/kg dryair]Inlet (A)Outlet (B)Set 2ONLYInlet (A)Outlet (B)0.013Inlet (A)Outlet (B)0.017co[kg/kg dryair]0.0140.019610.8668v¯[m³/kg dryair]0.876274[kg dry air/s]m₂(c) By using the psychrometric chart, fill up the table below for energy balance.het 2 [kJ/kg dry air]het i [kJ/kg dryair]0.0586[kg dry air/s]m₂0.0582I

For set 1 Mass flow rate of makeup water = m1 dry air *(ω1 B-ω1 A) = 0.0586*(0.017-0.013) Mass…

Answered: Calculate the make up rate of the water…

Calculate the make up rate of the water by doing a material balance between the water stream and the air stream. Show your steps of calculation

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: 2. Suppose you wish to use a spinning cylinder to create lift for an aircraft. A cylinder of radius…

Q: Petrol is drained from a tank X to tank Y via pipeline A-B (see figure Q3). A pump is then used to…

Q: Problem 1: Oil for a hydraulic system (sg 0.90) is flowing at 2.35 x 103m³/s. Calculate the weight…

Q: PROBLEM SET 5 1. The specific weight of water at ordinary pressure and temperature is 62.4 lb/ft³…

Q: Determine the resultant force (magnitudes and direction) acting on the gusset plate of a bridge…

A: If a force F is inclined at an angle θ with the horizontal, then the component of force along the…

Q: rs filled with oil if density psubscripto anc closed by two pistons. The small chamber on the right…

A: Given

Q: SallySue (BillyBob's long suffering wife) is watering the goats in the back 40 acres, and has to…

Q: A sprinkler system pumps water through a large pipe inlet with a diameter (d1). The pipe then breaks…

A: (c) To check: Whether the flow is laminar or turbulent. Given: The diameter of pipe 1 is d1=10 mm.…

Q: In Tinyland, houses are less than a foot high! The rainfall is laminar! The drainpipe in the figure…

Q: You will complete at least 6 identical trials of the experiment. (Yes, this means obsen least 6…

Q: The flow is said to be unsteady and non-uniform when, a. The flow velocity is not changing with…

Q: A differential mercury manometer is used to measure the pressure drop across an orifice meter as…

A: please refer handwritten solution

Q: Perform operations in excel .... (and shows the formulas) Company Z has the following…

Q: Calculate the weight (N) and specific volume of 101 kpa, 15'C air. And calculate the specific volume…

Concept explainers

Applied Fluid Mechanics

A fluid is a substance that is continuously deformed by the application of shear stress. The rate of deformation of a fluid depends on its viscosity. The fluid tries to flow when it interacts with some other system.

Question

Calculate the make up rate of the water by doing a material balance between the water stream and the air stream. Show your steps of calculation. (Attached are the datasets)

USEFUL INFORMATION
1. Orifice Constant:
where th
= 0.0137
5. Packing Data
x
V₂
Dry air mass flow rate (kg s¹¹)
X = Orifice differential (mm H₂O)
VB = Specific volume of steam and air mixture leaving top of column (m³ kg-¹)
va₂ = Specific volume of dry air leaving top of column (m³ kg'¹)
@ Specific humidity of air leaving top of the column (kg kg-¹)
Number of Decks
Number of Plates per Deck
Total Surface Area of Packing
Height of Packing
Packing "Density" Area
Vol
2. Energy Transferred to Water by Pump: 0.1kW
3. Water Capacity of System: 3.0 litre (excluding make-up tank)
4. Dimensions of Column: 150mm x 150mm x 600mm high.
6. Constants and Conversion Factors
Specific heat capacity of water (Cp):
Specific heat capacity of air (Cp):
1 bar = 10' N m² = 100 kN m²
1 kW = 3412 Btu h¹¹
m²
= 0.0137
m
m'¹
A
8
7
0.83
0.48
77
x
1 + w₂ )vaz
4.18 kJ kg¹¹ K¹
1.005 kJ kg¹¹ K-¹
For air, R = 0.2871 kJ kg¹ K-¹
For steam (H₂O), M = 18 kg(kg mole).¹
Universal Gas Constant (Ro) = 8.3143 kJ (kg mole)*¹ K-¹
B
8
10
1.19
0.48
110
с
8
18
2.16
0.48
200
7. Note: The heating elements are rated (subject to a manufacturing tolerance) at 240V. At other
voltages, the nominal rating should be multiplied by (local voltage)².
240

(b) By using the psychrometric chart, fill up the table below for mass balance.
Set 1
w[kg/kg dry
air]
v[m³/kg dry
air]
Inlet (A)
Outlet (B)
Set 2
ONLY
Inlet (A)
Outlet (B)
0.013
Inlet (A)
Outlet (B)
0.017
co[kg/kg dry
air]
0.014
0.019
61
0.86
68
v¯[m³/kg dry
air]
0.87
62
74
[kg dry air/s]
m₂
(c) By using the psychrometric chart, fill up the table below for energy balance.
het 2 [kJ/kg dry air]
het i [kJ/kg dry
air]
0.0586
[kg dry air/s]
m₂
0.0582
I

Expert Solution

This question has been solved!

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

SEE SOLUTION Check out a sample Q&A here

Answer

VIEW

Formula

VIEW

Solution

VIEW

Step by step

Solved in 3 steps

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

Fluid Mechanics Problem: Note: F = ma to find initial (and constant) baseball deceleration. Find flight time of ball. Use projectile motion equations from physics course to find baseball velocity at home plate.
Problem #3 - Modeling, Mixing Problem Two tanks are connected by pipes in parallel as shown in Figure 2. Tank 1 starts with 160 lb of salt dissolved in 200 gal of water. Tank 2 starts with 100 gal of pure water. Using the diagram below, solve for the particular solutions of salt concentration in each tank as a function of time. Plot the solutions in Excel on the same plot. Note: some flow rates have been intentionally left out of the diagram below; use the conservation of mass to determine those. As a thought experiment, consider what negative eigenvalues imply. What would it mean if the eigenvalues were positive instead (what would the math say)? i.) ii.) iii.) iv.) v.) vi.) vii.) Use a conservation equation to develop your differential equation model (you should end up with two ODEs to describe the change in salt in both tanks). Write your system of ODEs in matrix form. Set up the eigenvalue problem and then determine the eigenvalues. Use the eigenvalues to determine the…
A ship displaces 4000 cubic feet of sea water. Find the volume of water that the ship will displace in fresh water
all parts please tyyyy
Q4/A- The mass of the filter is 25.3046 gm. after 20 min the filter mass will be 25.4112 gm. with volumetric flow is 5.2 m 3/hr. What is the concentration of pollutant after one day
5) A piece of machinery is enclosed in a sound-dampening cabinet, but you are concerned that the noise level is still too high for nearby workers. You make a measurement of absolute pressure exerted by the sound wave 1 ft outside the (closed) cabinet and find that the sound coming from it is 4.8 Pa. a) What is the sound pressure level at the location where you took the measurement? (i.e., 1 ft from the cabinet). b) You have been asked to draw a circle around the machinery cabinet to indicate the boundary beyond which hearing protection is not required. How far from the machinery must you be to be below the OSHA PEL of 90 dB (provide radius in ft)? c) If a worker spends 3 hrs working near the cabinet, what would their total dose be? Assume: 1) an 8-hr shift, 2) the average distance from the cabinet during the exposed portion of the shift is 1 ft (the same distance as the measurement), and 3) that the other 5 hrs had 0 exposure to noise. d) Should hearing protection be required? If so,…
Help with Part 4
A 6.0-m diameter cylindrical tank contains a hazardous material dissolved in mostly water. A leak occurred in the tank because a 0.1 m diameter pipe located 1.0 m above the bottom of the tank was accidentally disconnected. A 30-minute emergency response time is required to stop the leak. If the tank is vented to the atmosphere, calculate the following a) If total emptying time is 2.5 hours what is the original liquid level in the tank just prior to the spill. b) What is the liquid level in the tank at the end of the spill? (e c) Estimate the total amount of liquid spilled from the tank in m³ (V) and in kg (m). 2) (Assuming Co=0.61 for the highly turbulent flow; Assuming p = pwater =1000 kg/m³) | P₁ = 0 น hL 1 m P = Ambient Pressure