1.Match the synonyms.

-leverage     

-cost of capital

-expected return

-intrinsic value

-No Arbitrage  

-arbitrage profit  

-NPV of future investments

synonym bank: required return            debt            fundamental value            free lunch            growth options            expected holding period return (HPR)            Law of One Price      

2.The difference between the expected return and the cost of capital for a stock is called (one word)

3.A stock with a negative alpha is ?

4.A firm has 5 million shares outstanding, trading at $20 per share, and $30 million in debt. The market capitalization is:

5.The market value of a company is always equal to the market value of the assets in place.(T/F)

6.A market in which stock prices reflect all available information is called a(n)_________ capital market.

7.we learn several equivalent statements that describe a well-functioning capital market:

a. The current market price of any security is equal to the (two words) _______ ________ .

b. The alpha of any security is (one word or number) _________ .

c. The NPV of investing on the capital market is (one word or number)__________ .

d. The expected return on any security is equal to the (three words at most)______ ______ _______ .

Instruction: Use Microsoft Visio to draw a use case diagram and a sequence diagram for the following business requirements.

Online Recruiting System (website)

1) The Online Interview System: The search committee usually selects 3 to 5 candidates for a Skype interview. When the search committee starts a Skype interview, they connect their web browsers to an interview module developed by the company’s IT team (we call this type of software as home-developed software). The interview module then connects to Skype. At the same time, the candidate (interviewee) also connects their web browser to Skype. Now the search committee and the candidate can see and talk with each other using their web browsers. Please note the data flow from the committee to the candidate must go through the interview module and Skype.

The interview lasts 40 minutes. During the interview, the interview module is recording a video. After the interview session is closed, the interview module saves the video into the HR database and then calls the AI module to translate the video a Microsoft Word document. After the video is fully translated to a Word document, the interview module saves the Word file into the HR database.

Please address the question below and prepare a 2000 word response in traditional essay format. A good practice is one to include one reference every 100 words. Please remember that references are not included in word count and that a wide range of resources should be used for your assessment. A general rule of thumb for a 2000 word piece would be a minimum of six resources.

‘Prompted by the recession in Europe to search for promising wealthy new markets, the German Luxury Goods Exhibition in Dubai attracted top German designer names supplying perfumes, silverware, crystal and jewellery. The response to the exhibition was extremely positive.’ (Gulf News, 3 November 2016)

1) Explain the Terms (i) Income elasticity of demand (ii) cross-elasticity of demand.

2) How can these terms be applied to the market for German luxury goods, and (given that Dubai is a rich Middle Eastern Estate) How might they be used to explain the success of the exhibition?

3) What are economies of scale and why are such economies available only in the long run?

4) Since economies of scale exist, why do long-run marginal costs increase, ultimately, as output increases?

Graphical User Interfaces using java. Please provide proper commenting so that I understant what is going on in the program:

1. Develop a simple tool for analyzing a segment of text that determines the number of words in that segment and the average word length. The application should have a single window with a scrolling text box (JTextArea) and an area to display the statistics. The statistics area should be a panel with a titled border, containing labeled fields that display the number of words in the text and the average word length, as well as any other statistics you would like to add. The statistics area should also contain a button that, when pressed, computes the statistics for the current text content.

   Hint: Use a Scanner object to parse the text content. The .next() operation will get the next word.

2. Design and implement an application that works as a stopwatch. Include a display that shows the time as it increments. The time value should be seconds only, to one decimal place. Include buttons that allow the user to start and stop the time, and to reset the display to zero. Arrange the components to present a nice user interface. The buttons should include a mnemonic shortcut. Only a single action listener should be used for the buttons.

In Python Please
Dennis has always loved music, and recently discovered a fascinating genre. Tautograms are a special case of alliteration, which is the appearance of the same letter at the beginning of adjacent words. In particular, a sentence is a tautogram if all its words begin with the same letter.

For example, the following sentences are tautograms. French flowers bloom, Sam Serrano whistles softly, Pedro ordered pizza. Dennis wants to dazzle his wife with a romantic letter full of these kinds of prayers. Help Dennis check if each sentence he wrote is a tautogram or not. Input

Format Each test case is made up of a single line that contains a sentence. A sentence consists of a sequence of up to 50 words separated by individual spaces. A word is a sequence of up to 20 contiguous uppercase and lowercase letters of the English alphabet.

A word contains at least one letter and a sentence contains at least one word. The last test case is followed by a line containing a single character "*" (asterisk). Constraints For each test case, generate a single line that contains an uppercase "Yes" if the sentence is a tautogram, or an uppercase "No" otherwise.

Output Format "Yes or no"

Write a C++ program to open and read a text file and count each unique token (word) by creating a new data type, struct, and by managing a vector of struct objects, passing the vector into and out of a function.

Declare a struct TokenFreq that consists of two data members: (1) string value; and (2) int freq; Obviously, an object of this struct will be used to store a specific token and its frequency. For example, the following object word stores the token "dream" and its frequency 100:

TokenFreq word;

word.value="dream";

word.freq=100;

Implement the function vector<TokenFreq> getTokenFreq( string inFile_name); This function reads the specified input file line by line, identifies all the unique tokens in the file and the frequency of each token. It stores all the identified (token, freq) pairs in a vector and returns this vector to the calling function. Don't forget to close the file before exiting the function.

#include <iostream>
#include <string>
#include <fstream>
#include <vector>
#include <cstring>

using namespace std;

struct TokenFreq
{
   string value;
   int freq;
};

vector<TokenFreq> getTokenFreq(string inFile_Name)
{

}

int main()
{
  
}

Using java, commenting should be proper, along with testing for valid and invalid inputs:

1. Develop a simple tool for analyzing a segment of text that determines the number of words in that segment and the average word length. The application should have a single window with a scrolling text box (JTextArea) and an area to display the statistics. The statistics area should be a panel with a titled border, containing labelled fields that display the number of words in the text and the average word length, as well as any other statistics you would like to add. The statistics area should also contain a button that, when pressed, computes the statistics for the current text content.

   Hint: Use a Scanner object to parse the text content. The .next() operation will get the next word.

• Design and implement an application that works as a stopwatch. Include a display that shows the time as it increments. The time value should be seconds only, to one decimal place. Include buttons that allow the user to start and stop the time, and to reset the display to zero. Arrange the components to present a nice user interface. The buttons should include a mnemonic shortcut. Only a single action listener should be used for the buttons.

Please carefully review the code to fill in after the given instructions and complete the code for me.

Thank you in advance.

In this problem, we will implement a simple dictionary of common words in the English language, represented as an array of words paired with their lengths. You will need to implement each of the below methods in the Dictionary class. In this problem, the first line of input represents the method to call. It will be one of the following: MIN, MAX, RANGE, AVERAGE, MODE. The second line will represent an integer n, which denotes the number of words in the list. The following n lines will each be a word. The words will not necessarily be sorted. Your output should be a single line representing the results of the method. (a) Implement the minWordLength() method, which should return the length of the smallest word in the list. (b) Implement a method called maxWordLength(), which should return the length of the largest word in the list. (c) Implement a method called wordLengthRange(), which should return the range of lengths in the word list. (d) Implement a method called averageWordLength(), which should return the average word length in the word list. The method should return a string representing the average, accurate to exactly two decimal places (i.e. if the average length is 5, return 5.00). (e) Implement a method called mostCommonWordLength(), which should return the most common length of the words in the list. If there is a tie, you should return -1. You may assume that the length of a word is at most 100 and at least 1.

import java.lang.UnsupportedOperationException;
import java.util.Scanner;

public class Main {
// Constants for function names in input
public static final String MIN_METHOD_NAME = "MIN";
public static final String MAX_METHOD_NAME = "MAX";
public static final String RANGE_METHOD_NAME = "RANGE";
public static final String AVERAGE_METHOD_NAME = "AVERAGE";
public static final String MODE_METHOD_NAME = "MODE";
  
public static void main(String[] args) {
Scanner sc = new Scanner(System.in);
  
// Read in the method name that we want to call
String methodName = sc.nextLine();
  
// Read in number of words
int numWords = Integer.parseInt(sc.nextLine());
  
// Read in list of words
String[] words = new String[numWords];
for (int i = 0; i < numWords; i++) {
words[i] = sc.nextLine();
}
  
// Run the specified method
switch (methodName) {
case MIN_METHOD_NAME:
System.out.println(minWordLength(words));
break;
case MAX_METHOD_NAME:
System.out.println(maxWordLength(words));
break;
case RANGE_METHOD_NAME:
System.out.println(wordLengthRange(words));
break;
case AVERAGE_METHOD_NAME:
System.out.println(averageWordLength(words));
break;
case MODE_METHOD_NAME:
System.out.println(mostCommonWordLength(words));
break;
default:
throw new UnsupportedOperationException();   
}
}

private static int minWordLength(String[] words) {
// TODO implement this function
throw new UnsupportedOperationException();
}

private static int maxWordLength(String[] words) {
// TODO implement this function
throw new UnsupportedOperationException();
}

private static int wordLengthRange(String[] words) {
// TODO implement this function
throw new UnsupportedOperationException();
}

private static String averageWordLength(String[] words) {
// TODO implement this function
throw new UnsupportedOperationException();
}

private static int mostCommonWordLength(String[] words) {
// TODO implement this function
throw new UnsupportedOperationException();
}
}

write an essay of complete and well composed paragraphs (200 word minimum for the entire essay) where you identify a company in your community and describe the human resources challenges facing it.