lehman brothers and why they faced bankruptcy research paper from scratch about the 3750166

Lehman Brothers and WHY they faced bankruptcy

Research paper from scratch about the Lehman Brothers and WHY they faced . Basic instructions are, focus on my main which lead to there bankruptcy.

The only instructions given by the Professor is ” Please note that the emphasis should be on finance and financial problems”.

Let me know if you have any questions at all.

“Quality better than quantity”.

Sources: 2-3 —-no specific number required.
Comments from Support Team:

 

………………. Lehman bothers had survived several economic depressions, for example the great depression that hit the world in the 1930 s. However, lucky escapes came to an end in the year 2008, when they were announced to have become bankrupt……………………..

APA

1223 words

Get instant access to the full solution from  by clicking the purchase button below

Added to cart

2300 words theaim of this assignment is to critically evaluate a journal article thi 4961325

2300 words
Theaim of this assignment is to critically evaluate a journal article. This will provide you with the skills and knowledge to be able to evaluate the quality and relevance of research so that you can make informed decisions about applying it to practice.
This assignment addresses the followingcourselearningoutcome/s:
1. Examine the contribution of research to evidence-based practice;
2. Evaluate the credibility of the information provided by research studies;
3. Demonstrate understanding of the major elements of the research process that underpin translation to practice

task kodu programming 30 do the following you must read the specification very well 4961898

TASK: KODU PROGRAMMING (30%)
Do the following:
* You must read the specification very well in order to avoid any
misunderstanding and further revision due to the lack of time.
* You Must to send a file explain how you did some of the hard trick
so that I must present the game to the class!
1. Create and design an original game/simulation/animation using
KODU.
2. The application does not have to be a finished one but must
meet the following requirements:
a. Have a business context.
b. 4 other objects apart from the main character or actor must be
movable objects, or at least experience physics.
c. The actor/character/player must interact with at least two
other objects (these objects can be clones of each other
but have different value properties. For example, In KODU,
KODU can interact with other objects by shooting objects,
be hit by objects, or speak to objects, etc, …
(must have human character instead of Kodu character.( you
need to send an email how you did that because I need to
explain it to the class)
d. Each object you use must have several properties with values
that are not just default values. For example, change the
size, colour, or other similar properties.
e. Make sure you demonstrate in your program at least two
examples of different control structures.
f. Make sure you demonstrate in your program the following
programming concepts: events, class, modules, subroutines, or variables where appropriate. For example
KODU does not use variables but has a form of a subroutine.
g. Create an environment for the player or main actor/character
in your game environment. For example, a landscape for
your game, animation, or simulation.
BE creative!
h. There must be at least one main objective to the
game/animation/simulation. For example, in KODU, grab
10 apples before your enemy can get to you. Document or
give a description of your game in the world settings and
when you save the file. Your file name should include your
group name with the number 3 (the group name is Robot
GO!). You also need to select what Tags to describe your
game.
i. The objective of the game needs to be bitcoins related.
SUBMISSION OF TASK:
Files created are submitted to blackboard in your group folder or the
Assignment e-Box. If a separate file cannot be saved ensure you
include a URL, login, and password to your tool so it can be accessed
and marked by your lecturer.

1 0 overview madame pince the head librarian at hogwarts has expressed an interest i 5187185

1.0 Overview
Madame Pince, the head librarian at Hogwarts has expressed an interest in the new “Computational Magic” to Professor Dumbledore and has asked if it would be possible to obtain a program which would catalog and store information on all of the books in the Hogwarts Library. Professor Dumbledore has requested just such a utility program which will be implemented as a binary tree.
2.0 Requirements
The student shall define, develop, document, prototype, test, and modify as required the software system.
2.1 This software system shall define a class, called Library which maintains a Binary Tree of instances of a structure called Book as defined in section 2.3.
2.2 The Library class shall implement all the functionality of a binary tree and shall contain variables and functions as described below:
2.2.1 Member variables:–this class shall contain one private member variable. This shall be a pointer to a Book structure and shall be named m_pRoot. The variable m_pRoot shall point to the first instance of Book in the tree.
2.2.2 Library(), ~Library–these functions are the default constructor and destructor. The destructor function shall delete all instances of Book from the tree by calling the recursive function destroyTree passing in the root.
2.2.3 bool buildLibrary(char *fileName)–this function takes a single argument, a character array giving the name of a data file (provided by the instructor). It will open the data file and read all data from the data file, create Book structures to hold the data, and call the addBook() function to add each book to the database. This function shall be provided by the instructor. This function shall be public.
2.2.4 bool addBook(Book *newBook)–this function takes a single argument, a pointer to a Book structure. It will then add this book to the binary tree of books. This function shall use the book number of the book as the key for insertion into the binary tree. It will return true if the book was successfully added to the tree or false if it failed to add the book. This function shall be public.
2.2.5 Book *removeBook(int bookNum)–this function takes a book identification number as it's only argument. It shall locate the book in the tree of books and remove this book from the binary tree. It will set the left and right pointers of the removed Book structure to NULL and return a pointer to the book. If the item was not found in the tree it shall return NULL. This function shall be public.
Remember that if the node to be removed from the tree has two children it actually get's overwritten. So in this case you will need to create a duplicate Book structure, and copy the data out of the one to be overwritten. Then after completing the deletion for a node with two children return the pointer to the new duplicate Book.
2.2.6 Book *getBookByNumber(int bookNum)–this function takes a book identification number as its' only argument. It will then locate this book in the tree of books and return a pointer to the book. If the book was not found it shall return NULL. You may assume, in this case, that it is OK to return a pointer to a book in the tree without worrying about it giving access to other items in the tree. This function shall be public
2.2.7 Book *getBookByTitle(char *title)–this function takes a book title as a character array as its' only argument. It just calls the private overloaded getbookByTitle() function and returns whatever that call returns. This function shall be public
2.2.8 Book *getBookByTitle(char *title, Book *rt)–this function takes a book title as a character array, and a pointer to the root of a sub-tree as its' two arguments. It will then locate this book in the tree of books and return a pointer to the book. If the book was not found it shall return NULL. This must be a variation on the recursive traversal of a binary tree algorithm. (Note: It will take some careful thought to be sure this one works correctly. We will discuss this function in class.) You may assume, in this case, that it is OK to return a pointer to a book in the tree without worrying about it giving access to other items in the tree. This function shall be private
2.2.9 void printLibrary()–this is a public function which will just call the private function printAll() as defined in section 2.2.10.
2.2.10 void printOne(Book *book)–this function shall take a pointer to a Book structure and print on the screen all information in the structure. This shall include the book identification number, book title, and author. This function shall be private as it should only be called by the printAll() function defined in section 2.2.10.
2.2.11 void printAll(Book *rt)–this shall be a private function which is called by the public function printLibrary(). It takes a single argument, a pointer to the root of a tree. It will perform an in-order recursive traversal of the tree and print all information in each book in the tree. It can call the function printOne() to print the information on the Book passed in as an argument.
2.2.12 bool getNextLine(char *line, int lineLen)— this shall be a private function which can be called by the buildLibrary() function. It will read the next data line from the file referenced by the inFile argument and place it in the character array pointed to by the line argument. This function will be provided by the instructor.
2.2.13 void destroyTree(Book *rt)–this shall be a private function which can be called by the class destructor. It will recursively traverse the tree and delete all nodes from the tree.
2.3 This software system shall define a structure called Book which contains all information to define a book in the Hogwarts library. Code defining this structure shall be stored in a header file called Book.h. A Book.h file is included in the zip file which can be downloaded from the link given below.
2.3.1 An int, called bookNumber. This variable shall be used as the key.
2.3.2 A character array, called Title capable of holding strings of up to 127 characters. This array shall hold the title of a book.
2.3.3 A character array, called Author capable of holding strings of up to 64 characters. This array shall hold the author's name.
2.3.4 Two pointers, called left and right which shall point to Book structures and allow the building of binary trees of Book structures.
2.4 The Library class file and its' associated header file must be capable of being compiled and linked in with a driver program for testing.
3.0 Deliverables

These products shall be delivered to the instructor electronically via e-mail as specified below.
3.1 Sprint Report — The student shall provide filled out Sprint Report form for instructor approval NLT (Not Later Than) Wednesday, July 12.
3.2 Program source files — The student shall provide fully tested electronic copies of the .cpp and .h files.

buildLibrary() Function to be Added to the Library Class

Note: In order to use the the function below you will need to add the following includes and the using namespace std command to your Library.cpp file. #include #include #include #include using namespace std; //————————————————————- // Function: buildLibrary() // Purpose: Build the library from a data file // Args: fileName – character array holding the name of the // datafile defining the library. // Returns; True if library was successsfully built. //————————————————————- bool Library::buildLibrary(char *fileName) { ifstream inFile; Book *bk; char line[128]; inFile.open(fileName, ifstream::in); if(!inFile.is_open()) { // inFile.is_open() returns false if the file could not be found or // if for some other reason the open failed. cout << “Unable to open file ” << fileName << “. nProgram terminating…n”; return false; } //first time reading file: Set GraphNode ID and Data while (getNextLine(inFile, line, 127)) //while the next line is readable { bk = new Book(); bk->left = bk->right = NULL; bk->bookNumber = atoi(line); // Read the book title getNextLine(inFile, line, 127); strcpy(bk->Title, line); // Read the author getNextLine(inFile, line, 127); strcpy(bk->Author, line); // Add this book to the tree addBook(bk); } return true; }

getNextLine() Function to be Added to the Library Class

//—————————————————————- // Function: getNextLine() // Purpose: Read a line from the data file skipping blank lines // and comment lines beginning with # // Args: inFile – reference argument to an open ifstream object // to read from. // line – character array into which the data line is read // lineLen – maximum number of characters which can be read // into the array line // Returns: True if a successful read was done. If False is // returned then the array line will be zero length. //—————————————————————- bool Library::getNextLine(ifstream &inFile, char *line, int lineLen) { int done = false; while(!done) { inFile.getline(line, lineLen); if(inFile.good()) // If a line was successfully read { if(strlen(line) == 0) // Skip any blank lines continue; else if(line[0] == &#39;#&#39;) // Skip any comment lines continue; else done = true; // Got a valid data line so return with this line } else { strcpy(line, “”); return false; // Flag end of file with null string and return false } } // end while return true; // Flag successful read }

java show and describe the output of the followingprograms a 1 public class midterm1 5122002

JAVA Show and describe the output of the followingprograms

A.

1. public class Midterm1 {

2. private static int x = 1;

3. public Midterm1(int x ) {

4. this.x = x ;

5. }

6. public static void main(String[] args) {

7. Midterm1 t1 = new Midterm1(5) ;

8. System.out.println(“x’s value is :”+x );

9. System.out.println(“x’s value is :”+t1.x );

10. }

11. }

B.

1. public class Midterm1 {

2. private static int x = 1;

3. public static void main(String[] args) {

4. int x = 5;

5. method1();

6. System.out.printf(” X’s value is %d%n”, x);

7. method2();

8. System.out.printf(” X’s value is %d%n”, x);

9. }

10. public static void method1 () {

11. int x = 25;

12. ++x;

13. System.out.printf(” X’s value is %d%n”, x);

14. }

15. public static void method2() {

16. x *= 10;

17. System.out.printf(” X’s value is %d%n”, x);

18. }

19. } . . .

berry corporation reported the following cash transactions for last year issued berr 4138144

Berry Corporation reported the following cash transactions for last year Issued

Berry Corporation reported the following cash transactions for last year.

Issued common stock at $72 per share……………………………………….$180,000

Paid dividends to stockholders at year end……………………………………..60,000

Received dividends from investments in other companies……………………..32,000

Purchased bonds issued by City of Metropolis…………………………………50,000

Borrowed money from City Bank………………………………………………25,000

Made payment to City Bank on loan……………………………………………..4,000

Purchased office equipment…………………………………………………….12,000

Received interest payment on City of Metropolis bonds………………………..2,000

Required:

a. Prepare the investing section of Berrys statement of cash flows.b. Prepare the financing section of Berrys statement of cash flows.

Berry Corporation reported the following cash transactions for last year Issued

we are going to make a trivia game for the final project the trivia game will have a 4952611

  • Inheritance
  • Multiple Classes
  • Generics
  • Threads
  • Java FX
  • Database
  • Data Structures
  • Sorting

Programming Problem:

We are going to make a trivia game for the final project. The trivia game will have a user interface created by Java FX. This interface will look like the picture below (Appendix A). The game will start out asking you to enter your name. Then the game will produce two objects that are being added together. The buttons below the objects are the possible answers.

The objects that are being added together and the possible answers will be read from a file that I give you. The file will contain integers, doubles and Strings. So, the class that handles this file will have to be generic to handle every form of datatype. You have to select one of the answers before 5 seconds. After 5 seconds the answers lock and the game produce two different objects that are being added together with different possible answers.

To keep track of time, there will be a countdown clock available. The game runs for 10 questions. After that the points are totaled. Each question is worth 1 point. You get 0 points for a wrong answer. When each answer is selected during the game, the timestamp and points for that question should be placed on a stack.

Once the game ends, then the stack gets popped and shows the timestamp and points for each question. The user name and total score should be stored on a database. When clicking “generate report” a file should be produced showing the last 10 players and their score. The generated list should be sorted from highest score to lowest score.

File Directories:

Please make sure to point directories to C: for the database file and the input file

Submission:

Please submit all java file(s). Do not zip files. Submit the executable jar file to run your program.

management and internal control management and internal control please respond to th 3802431

Management and Internal Control

“Management and Internal Control” Please respond to the following:

  • Create a scenario where external auditors determined that a company’s internal controls were deficient, but such a deficiency might not mean that a material weakness existed. Ascertain the impact on the audit plan if additional deficiencies are discovered on other related internal controls. Support your position.
  • From the e-Activity, identify the accounts that the fraud had affected, and analyze the auditor’s responsibility to detect fraud. Suggest key internal controls that would have either prevented or detected the fraudulent behavior or transactions. Justify your response.

 

 

 

……………..Answer Preview…………………

The following deficiencies were determined after a successful evaluation of the sales and debtors internal control system. It was found out that the goods needed to be sold to a bad credit risk, sales can be invoiced but not recorded and goods can be dispatched without being involved.

The impact on the audit plan if additional deficiencies are discovered on other related internal controls include the fact that the auditor should consider…

APA

252 words

Added to cart

problem commmon and preferred stock issuances and dividends permabilt corp was incor 3832869

Problem:
Commmon and preferred stock-issuances and dividends. Permabilt Corp. was incorporated on January 1, 2003, and issued the following stock, for cash:

1,200,000 shares of no-par common stock were authorized; 350,000 shares were issued on January 1, 2003, at $23 per share.

400,000 shares of $100 par value, 10.5% cumulative, preferred stock were authorized, and 140,000 shares were issued on January 1, 2003, at $132 per share.

Net income for the years ended December 31, 2003, 2004, and 2005, was $5,250,000, $7,450,000, and $8,700,000, respectively.

No dividends were declared or paid during 2003 or 2004.

However, on December 17, 2005, the board of directors of Permabilt Corp. declared dividends of $6,200,000, payable on February 9, 2006, to holders of record as of January 4,2006.

Required to do:
Problem 1: Use the horizontal model (or write the entry) to show the effects of:

a. The issuance of common stock and preferred stock on January 1, 2003.

b. The declaration of dividends on December 17, 2005.

c. The payment of dividends on February 9, 2006.

Problem 2: Of the total amount of dividends declared during 2005, how much will be received by preferred shareholders?

write a c program take values from user calculate lcm of a given array of numbers yo 5155400

Write a C program …. (Take values from user).

Calculate LCM of a given array of numbers.

Your task is to compute the Least Common Multiple (LCM) of the numbers (+ve integers) given in the input array. You will complete the code in the function with the following prototype:

int get_lcm(int * ptr, int size);

The function takes two inputs. The first input (int * ptr) is a pointer to the input array. The second argument is the array size (int size). The function should compute the LCM and return the integer answer.