In MatLab use the linspace function and the element-wise exponentiation (power) operator to generate the vector

1, 10, 100, 1000, 10000

Please give the answer in form of linspace( , , )

Submit Book Review Cover of Barriers and Accident Prevention bookSubmit the scholarly book review of Erik Hollnagel’s book title Barriers and Accident Prevention. (current edition).

You should review the following documents associated with writing a book review.

Notice that book reviews are detailed, but succinct. The submission should be 1000 words. While there are various ways to write a book review, your review should contain the following sections.

Introduction

Short Summary of Content

Analysis and Evaluation of the Book

Conclusions

A proposed steam power plant design consists of an ideal Rankine cycle with reheat and regeneration. Steam enters Turbine 1 at P1 and T1 at the rate of m1 and exits at P2. A fraction (y') of the steam exiting Turbine 1 is diverted to an open feedwater heater while the remainder is reheated to T3 before entering Turbine 2. The condenser operates at P4. Saturated liquid exits the condenser and is fed to Pump 1. The outlet of Pump 1 is fed into the open feedwater heater. Saturated liquid exits the feedwater heater and is fed to Pump 2. All turbines and pumps are isentropic.

--Given Values--
m1 (kg/s) = 50
P1 (Bar) = 140
T1 (C) = 560
P2 (Bar) = 10
T3 (C) = 500
P4 (Bar) = 0.08

a) Determine the specific enthalpy (kJ/kg) at the inlet of turbine 1.
  
b) Determine the specific enthalpy (kJ/kg) at the exit of turbine 1.
  
c) Determine the specific enthalpy (kJ/kg) at the inlet of turbine 2 .
  
d) Determine the specific enthalpy (kJ/kg) at the exit of turbine 2.
  
e) Determine the specific enthalpy (kJ/kg) at the condenser exit.
  
f) Determine the specific enthalpy (kJ/kg) at the exit of the low pressure pump.
  
g) Determine the specific enthalpy (kJ/kg) at the exit of the feedwater heater.
  
h) Determine the specific enthalpy (kJ/kg) at the exit of the high pressure pump.
  
i) Determine the fraction (y') of flow diverted to the open feedwater heater.
  
j) Determine the power (MW) produced by turbine 1.
  
k) DeteRmine the power (MW) produced by turbine 2.
  
l) Determine the power (kW) required (a positive number) by the low pressure pump.
  
m) Determine the power (kW) required (a positive number) by the high pressure pump.
  
n) Determine the total rate of heat transfer (MW) supplied to the boiler.
  
o) Determine the thermal efficiency (%) of the power plant.
  

Explain the Carnot engine cycle and plot its process on a) T-S diagram b) p-v diagram

A brass rod 150.00 mm long and 5.00 mm in diameter extends horizontally from a casting at 200°C. The rod is in an air environment with T∞ =20°C and h=30 W/m2·K. What is the temperature of the rod 37.50, 75.00, and 150.00 mm from the casting?

write a VBA code to convert an arbitrary positive binary fractional number (0< number<1) to equivalent decimal number. the code should acquire the binary fraction number in the format"0.xxxxxx"from input box, then return the equivalent decimal number in a message box. in the code, you may need to use VBA function "mid(_,_,_)" to pick up a specific symbols or characters from a string. you can use below conversion as benchmark to verify and debug your code:

(0.1011)₂ = (0.6875)₁₀

Two cylinders of oxygen are connected to each other by a valve. The first tank is 50 liters in volume and contains oxygen at 27 °C and a pressure of 140.37 kPa, and the corresponding values for the other tank are 30 liters, 89 °C and 62.73 kPa. If the valve connecting the tanks is opened and the tanks are allowed to reach some equilibrium condition with the temperature being 50 °C. Answer the following: (a) the equilibrium pressure, (b) the heat transfer between both tanks and the surroundings and the direction of the heat transfer, and (c) the internal energy in the final state if the tanks were insulated.

if f1=600N and theta=30°, determine the magnitude of the resultant force acting on the eyebolt and its direction measured clockwise from positive x axis

Conventional thinking in product development has been that innovation starts in advanced
developed countries like the United States and Japan. Products marketed in
countries where the average income is much lower often are older models of U.S. products
or used but still serviceable equipment. Several U.S. multinational companies have
established R&D labs in India and China. Originally this was to take advantage of the
large number of well-educated engineers who could be employed at salaries much lower
than the going U.S. rate, but soon it was found that these engineers were adept at developing
products for sale to the mass markets in these local countries. Typically these are
products with somewhat reduced functionality, but they still are useful quality products.
Now these U.S. companies are beginning to market these products in the United States
as a low-cost product line that is attractive to a new low-end market segment.
Search the business literature for examples of this new approach to trickle-up product
innovation. Discuss advantages of this new approach to product development and discuss
possible risks.

Compare oxy-fuel, plasma and laser cutting with respect to maximum temperature reached, materials that can be cut, kerf width, and tolerances.

A manufacturing operation requires 50 fc on the workplane in a 100 ft x 150 ft facility. The walls and ceilings are painted white. The work plane is 25 feet below the lights.

1. Calculate how many high-bay 400-W metal halide fixtures are required

2. Calculate how many 6-lamp T8 HBF fixtures are required.

. A steam main (outside diameter of 16.8 cm and inside diameter of 15.4 cm) is covered with 5-cm of high temperature insulation (k = 0.095 W/m. K) and 3.8 cm of lower temperature insulation (k = 0.07W/m. K). Calculate the heat loss from 150 m pipe assuming that inner and outer surface temperatures of the insulation are 450 and 30 °C, respectively. Also determine the temperature at the interface between two layers of insulation (10 points).

For H₂O, determine the specified property at the indicated state.

(a) T = 140°C, v = 0.5 m³/kg. Find p, in bar.
(b) p = 30 MPa, T = 120°C. Find v, in m³/kg.
(c) p = 10 MPa, T = 450°C. Find v, in m³/kg.
(d) T = 80°C, x = 0.8. Find p, in bar, and v, in m³/kg.

The surface energy of a single crystal depends on crystallographic orientation. Does this surface energy increase or decrease with an increase in planar density? Why? (Hint: Read “External Surface” part in S.4.6: Surface energy is proportional to the number of unsatisfied bonds of surface atoms)

please clear hand writing, also plesae don't give me the book answer.

Thank you.

Find one example of a product where the largest or most detrimental environmental impact persumably derived from each of the following:

1. Raw Material Acquisition

2. Production

3. Consumption

 4. Disposal