Determine the quantity (volume) of saline water in a steam generator. The heat energy of 1703 kJ is supplied to saline water in the steam generator to heat from 20°C to 103°C for the generation of water vapor, Take the density & specific heat of the solution as 1019 kg/m³ & 4.7 J/kg°K respectively. Solution: Change in Temperature (in K) Mass of the saltwater (in kg) Quantity (Volume) of saltwater (in m³)

Determine the quantity (volume) of saline water in a steam generator. The heat energy of 1703 kJ is supplied to saline water in the steam generator to heat from 20°C to 103°C for the generation of water vapor, Take the density & specific heat of the solution as 1019 kg/m³ & 4.7 J/kg°K respectively. Solution: Change in Temperature (in K) Mass of the saltwater (in kg) Quantity (Volume) of saltwater (in m³)

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

Similar questions

Learning Goal: As shown, a differential element of material is distorted after it is subjected to stresses resulting in a state of plane strain given by = -1 -360.0 x 10-6 in/in, Ey = 225.0 x 10-6 in/in, and H Yzy = 110.0 x 10-6 in/in.(Figure 1) Figure E dy y Yxy 2 & dr- dx BO Part A - In-plane principal strains and their orientation Determine the in-plane principal strains €₁ and 2 and their orientations that are associated with the differential element of material. Express your answers to four significant figures separated by commas. ► View Available Hint(s) €1, €2, p = Submit ΠΫΠΙ ΑΣΦ | VE Previous Answers vec Ĵ he X Incorrect; Try Again; 4 attempts remaining Part B - Maximum in-plane shear strain and its orientation MED ? in/in, in/in, rad Determine the magnitude of the maximum in-plane shear strain, in plane and its orientation relative to the differential element of materi Express your answers to four significant figures separated by a comma.
Answer the following questions from 1-3. 1. What is material development? 2. When we mean materials, what are these materials? 3. What is your overall understanding of the video? Watch the video in this link to answer the question. https://youtu.be/C5whJqlvfb0
Q:03 Why we study the subject of industrial material in the field of mechanical Engineering?
Wi Wz _F STEM PART 1 TAB TAB STEM TAB TAB PART2 BY NC SA 2014 Michael Swanbom Dimensions: WĄ W2 W3 w1 0.5 in 1.26 in 0.53 in 1.99 in 1.05 in 15 l4 l3 l1 2.45 in 1.74 in 0.47 in 1.67 in 2.1 in
A siilicon boule has been processed through grinding to provide a cylinder whose diameter = 281 mm and whose length = 899 mm. Next, it will be sliced into wafers 0.8 mm thick using a cut-off saw with a kerf = 0.5 mm. The wafer thus produced will be used to fabricate as many IC chips as possible for the personal computer market. Each IC has a market value to the company of $108. Each chip is square with 17 mm on a side. The processable area of each wafer is defined by a diameter = 265 mm. Estimate the value of all of the IC chips that could be produced (in $), asssuming an overall yield of 84% good product.
Solve it quickly please
Q1: You are designing a high-pressure oxygen cylinder for hospitals fighting against COVID. The material used is layered unidirectional continuous fiber reinforced composite, as schematically shown in Fig.1 (a). In the 0° layer, the fiber is along the Y direction, and the fiber is along X direction in the 90° layer. The thickness of the 90° layer is 1.5 times of that of the 0° layer. The matrix material is an isotropic material with the Young's modulus E-10 GPa and volume fraction Vm-20%, while the continuous fiber is an anisotropic material with the Young's modulus E₁-250 GPa along the length direction, E2-20 GPa along the transverse direction and volume fraction V₁-80% a) Based on rule of mixture and mechanics of material method, calculate the effective Young's modulus along each direction (Ex, Ey, E₂). b) The as-produced (unloaded) inner radius Ro-0.1 m, the wall thickness H=0.005 m (<
Use the chart given in the textbook Shigley's Mechanical Engineering Design, 10th Ed. Figure 2-16). **I need a step by step solution Please**
The properties of materials can be classified into the following categories: Mechanical Physical Thermal Electrical Magnetic Describe each category, include two specific properties in the description and say why those properties are of interest to a design engineer.
A design has the following functional requirements: a) High dimensional stability at high temperature. b) Must not buckle under its own weight. Suggest a material attribute to fulfil each functional requirement. Support your answers.
A material engineer develop and synthesize new materials. O True O False
d) A number of [0]s and [0,90]s CFRP test specimens were made from prepreg material with the following properties: Fibre strength, of = 3250 MPa Fibre modulus, E₁ = 195 GPa Matrix strength, m = 35 MPa Matrix modulus, Em = 3.8 GPa Volume fraction of fibres, Vf = 0.65 Calculate the tensile strength, oc, and the tensile modulus, Ec, in the 0° and 90° directions, using the simple "rule of mixtures" approach for both the [0]s and [0,90]s specimens.