A firm has the following project (assume that the expenditures are at the end of the year in question):
1) The land will be acquired for $ 500,000 in year zero
2) The first year, $ 1 million will be spent on the construction of the plant.
3) The equipment will be purchased on year 2 at a cost of $1.5 million.
4) The third year, $ 500,000 will be disbursed to start operating the plant.
5) The plant and equipment will depreciate in a straight line for the next 10 years, beginning year 4 (project ends in year 13). The equipment and the physical construction will be worthless after these 10 years, but the land can be sold at its original cost, when the plant is closed.
6) The annual income (during the 10 years, that is, from the 4th to the 13th year) is 2 million.
7) The annual fixed cost (excluding depreciation) will be $ 200,000
8) The variable costs are annually of $ 300,000, assuming that the plant operates at its maximum capacity during the 10 years
9) The tax rate will be 50 percent as it will be treated as if it were a private business of the state itself (i.e. treat the state as a company, that is, pure neoliberalism)

Calculate the Net Present Value of the Project, if the discount rate is 14%.

// This program uses a bubble sort to arrange an array of integers in

// ascending order (smallest to largest). It then display the array

// before the sorting and after the sorting. Modify the program so it orders

// integers in descending order (largest to smallest). Then add some code

// to display the array at each step of the algorithm. You don't have to

// modify anything in the main() function. All modification are inside

// the bubbleSortArray() function.

// EXAMPLE:

// The values before the bubble sort is performed are: 9 2 0 11 5

// The values are: 9 2 0 11 5

// The values are: 9 2 0 11 5

// The values are: 9 2 11 0 5

// The values are: 9 2 11 5 0

// The values are: 9 2 11 5 0

// The values are: 9 11 2 5 0

// The values are: 9 11 5 2 0

// The values are: 11 9 5 2 0

// The values are: 11 9 5 2 0

// The values are: 11 9 5 2 0

// The values after the bubble sort is performed are: 11 9 5 2 0

#include<iostream>

using namespace std;

// Function prototypes

void bubbleSortArray(int[], int);

const int SIZE = 5;

int main()

{

        int values[SIZE] = {9,2,0,11,5};

        // Displays the array before sorting

        cout << "The values before the bubble sort is performed are: ";

        for (int count = 0; count < SIZE; count++)

               cout << values[count] << " ";

        cout << endl;

        // Sort the array in ascending order using bubble sort algorithm

        bubbleSortArray(values,SIZE);

        // Display the array after sorting

        cout << "\n\nThe values after the bubble sort is performed are: ";

        for (int count = 0; count < SIZE; count++)

               cout << values[count] << " ";

        return 0;

}

//******************************************************************

//                      bubbleSortArray

//

// task:               to sort values of an array in ascending order

// data in:       the array, the array size

// data out:      the sorted array

//

//******************************************************************

void bubbleSortArray(int array[], int elems)

{

        bool swap;

        int temp;

        int bottom = elems - 1;     // Bottom indicates the end part of the

                                    // array where the largest values have

                                    // settled in order

do

        {

               swap = false;

               for (int count = 0; count < bottom; count++)

               {

                       if (array[count] > array[count+1])

                       { // The next three lines swap the two elements

                          temp = array[count];

                          array[count] = array[count+1];

                          array[count+1] = temp;

                          swap = true;        // Indicates that a swap occurred

                       }

                       // Display array at each each step

                       cout << "\nThe values are: TO BE IMPLEMENTED";                 

                       // Add code here to diplay the complete array at each step

                       // Hint: for-loop similar to the one in the main() function               

               }

        bottom--;    // Bottom is decremented by 1 since each pass through

                         // the array adds one more value that is set in order

        // Loop repeats until a pass through the array with no swaps occurs           

        } while(swap != false);

}

Why did England industrialize before the rest of Europe?

what were the Audit opinions on Enron before the scandal?

If all permutations of the letters of the word "BEFORE" are arranged in the order as in a dictionary. What is the 32 word?

Assume that if the product requested is not in stock, it needs to be manufactured
before the order handling can continue. In this way, an order can never be rejected.
To manufacture a product, the required raw materials have to be ordered. Two
preferred suppliers provide different types of raw material. Depending on the prod-
uct to be manufactured, raw materials may be ordered from either Supplier 1 or
Supplier 2, or from both. Once the raw materials are available, the product can be
manufactured and the order can be confirmed. On the other hand, if the product
is in stock, it is retrieved from the warehouse before confirming the order. Then
the process continues normally. After confirming the order, the shipment address is
received and the requested product is shipped while the invoice is emitted and the
payment is received. Afterwards, the order is archived and the process completes.

With respect to the above process, use the following report format and provide
necessary discussion under each section:
1. Descriptions of System
- Describe the system
- (If any) Explain any problem(s) in the system (e.g. causes of the problem
and its (potential) effects
2. Simulation Objective(s)
- State the objective(s) of carrying out your simulation project

Assume that if the product requested is not in stock, it needs to be manufactured
before the order handling can continue. In this way, an order can never be rejected.
To manufacture a product, the required raw materials have to be ordered. Two
preferred suppliers provide different types of raw material. Depending on the prod-
uct to be manufactured, raw materials may be ordered from either Supplier 1 or
Supplier 2, or from both. Once the raw materials are available, the product can be
manufactured and the order can be confirmed. On the other hand, if the product
is in stock, it is retrieved from the warehouse before confirming the order. Then
the process continues normally. After confirming the order, the shipment address is
received and the requested product is shipped while the invoice is emitted and the
payment is received. Afterwards, the order is archived and the process completes.

4. Models Process Map
- Diagrammatically represent your conceptual model in a form of a process
map
- Make sure that the constructed process map is representative to the model
contents and level of details.