In Java, design and implement a class called Cat. Each Cat class will contain three private variables - an integer representing its speed, a double representing its meowing loudness, and a String representing its name. Using the Random class, the constructor should set the speed to a random integer from 0 to 9, the meowing loudness to a random double, and the name to anything you want; the constructor should take no parameters. Write “get” and “set” methods for each variable, and one that prints all the variables. Finally, write a main method to test the methods in the class. The three variables must be private.

Then design and implement a class called CatOwner. Each CatOwner will have three private variables: a String representing the owner name, an integer representing how much cat food is left, and a cat; each cat should be an instance of the Cat class. The constructor can name the CatOwner anything you want, and the supply of food should be a random number greater than or equal to 10 and less than 50. Each cat’s name should be set to “Tinkles.” The constructor for CatOwner should take no parameters. Write “get” and “set” methods for the owner’s name, the food supply, and all the properties of the cat; also write a feedCat method that decreases the food supply by 1 and prints that the cat was fed. Next, write a method to print all class variables. Finally, write a main method to test your methods.

Design a driver class which instantiates two CatOwner objects. Next, perform the following five steps:

1. Change the name of the first cat owner to “John Doe” and his dog’s name to “Whiskers.” Change the name of the second cat owner to “George Washington.”
2. Increase the meowing loudness of the first cat owner’s cat by .1, and set the speed of the second cat owner’s cat to 5.
3. Double the food supply of the first cat owner, and set the food supply of the second to 25.
4. Have the first cat owner feed his cat three times, and have the second cat owner feed his cat twice.
5. Print out all the information for both cat owners.

// staff should be coming in to
// campus, or staying at home. Only part of the code is here.
// It bases the decision based on a points system by asking the
// user a set of questions and keeping track of how many times
// it gets a yes response back.
//
// The code implements policy by assigning a weight to each of the
// categories of symptoms/risk factors
// 1) Mild Symptoms (1pt each)
// 2) Severe Symptoms (2pt each)
// 3) Recent exposure (3pt each)
// 4) Risk factors (3pt each)
//
// This file implements only the checks FOR ( 1 MILD)  symptoms.
//
// There are 5 errors in this code.
//
// ~-~-~- ~-~-~-~-~ ~-~-~-~-~ ~-~-~-~-~ ~-~-~-~-~ ~-~-~-~-~ ~-~-~-~-~ ~-~-~-~-~|

import java.util.Scanner;

public class Fragment1 {

   public static final int MILD_SYMPTOMS = 1;

   // This method gets the next line of input from the scanner and
   // Checks to see if it is "yes" (in either upper or lower case)
   // If it is, it returns the number provided as the second argument
   // else, it returns 0.
   public static int checkAndAdd(Scanner input, int score){
  
String answer = input.nextLine();
if (answer.equalsIgnoreCase("yes")){
   return 0;
} else {
   return score;
}

   }

   // This method asks the user about a list of symptoms and uses
   // the checkAndAdd method to check the answers.
   // Tt sums up a score based on MILD_SYMPTOMS for each yes answer
   // and returns the total.
   public static int checkMildSymptoms(String name, Scanner input) {
int score = 0;

System.out.println(name+ ", do you have chills? (yes/no)");
score--;

System.out.println(name+ ", do you have diarrhea? (yes/no)");
score += checkAndAdd(input, MILD_SYMPTOMS);

System.out.println(name+ ", do you have sore throat? (yes/no)");
score += checkAndAdd(input, MILD_SYMPTOMS)

System.out.println{name+ ", do you have body aches? (yes/no)");
score += checkAndAdd(input, MILD_SYMPTOMS);

System.out.println(name+ ", do you have headache? (yes/no)");
score += check&Add(input, MILD_SYMPTOMS);

return score;
   }
  

   public static void main(String[] args) {
int totalScore = 0; // Tabulates the likelihood of infection
int totalRisk = 0; // Tabulates the high risk categories
String name=""; // Stores the name so we can be friendly

// Setup the scanner so we can prompt the user for answers
Scanner input = new Scanner(System.in);

System.out.println("Your total score is "+
   checkMildSymptoms(name,input)
   + " points");

   }

}

*I JUST WANT A GENERAL WALKTHROUGH OF HOW TO DO THIS. PSEUDOCODE IS FINE. THANK-YOU. THIS IS IN C THE PROGRAMMING LANGUAGE.*

The program will require the following structure:

struct _data {                                 

   char *name;

   long number;

};

The program will require command line arguments:

int main(int argv, char **argc) {

Where argv is the number of arguments and argc is an array

holding the arguments (each is a string). Your program must catch

any case where no command line arguement was provided and print

a warning message (see below).

You MUST include/use the following functions, defined as follows:

int SCAN(FILE *(*stream)) - this function will open the file/stream

and return an integer indicating how many lines there are. Note that

I need to pass stream, which is a pointer, by reference. So I am

passing this as a pointer to a pointer.

struct _data *LOAD(FILE *stream, int size) - this function will

rewind file, create the dynamic array (of size), and read in the

data, populating the _data struct dynamic array. Note that stream

is passed by value this time. The function then returns the populated

array of struct.

void SEARCH(struct _data *BlackBox, char *name, int size) - this function

will get the dynamic array of struct passed to it, the name we are looking

for, and the size of the array. This function will then search the dynamic

array for the name. See below for examples.

void FREE(struct _data *BlackBox, int size) - this function will free up

all of the dynamic memory we allocated. Take note of the number of times

malloc/calloc were called, as you need to free that same number.

Finally, the data file will be called hw5.data and will be formatted as:

ron 7774013

jon 7774014

tom 7774015

won 7774016

HINTS:

------

Functions that will make things much easier:

getline()

feof()

strtok()

atoi()

SAMPLE RUNS:

------------

Case 1 - No command line argument provided.

[yourname@chef junk]$ ./CS230-5

*******************************************

* You must include a name to search for. *

*******************************************

Case 2 - Provided name is NOT in the list.

[yourname@chef junk]$ ./CS230-5 joe

*******************************************

The name was NOT found.

*******************************************

Case 3 - Provided name is in the list.

*******************************************

The name was found at the 2 entry.

*******************************************

Suppose a dairy farmer obtained a $100,000 loan to buy creamery equipment on June 1, 2016. There was no down payment, and the loan is payable over 5 years in equal payments of $20,000 due on June 1st each year (first payment June 1, 2017), with the remaining balance due at the end of the loan term. The annual interest rate is 5%.

Businesses often need to compute the amount of accrued interest payable as of the date of a financial statement, such as a balance sheet. Approximately how much accrued interest would this loan contribute to the dairy farmer’s year-end balance sheet for 2016?

• Why do corporations issue convertible securities?

• What are the advantages of using restricted stock to compensate employees?

• What are the disadvantages of using restricted stock to compensate employees?

• What are some reasons that employees might prefer this type of compensation?

• Skim through the major tenets of the PwC Stock-based compensation. In March 2016, the FASB issued Accounting Standards Update (ASU) 2016-09, Compensation—Stock Compensation (Topic 718): Improvements to Employee Share-Based Payment Accounting, which amends ASC 718. What are a few of the improvements to employee share-based payment accounting discussed in the report?

1. Table 3 (below) shows annual returns for the S&P 500 for the years 2000-2016:

Table 3: Annual Returns

Calculate:

1. The cumulative return over the 17 years;
2. The average annual return;
3. The standard deviation;
4. The Sharpe Ratio (assuming a risk free rate of 2.3% on average)

. The attached file contains the six variables. I have already attempted this answer and got it wrong. Please ignore the checkmarks.

Question
Using the information below select all of the variables that are dichotomous (i.e., two categories).

QN88

QN33

_SMOKER3

_SLEPTIM1

QN44

_RFBING5

Behavioral Risk Factor Surveillance System (BRFSS 2016) Calculated Variables
https://www.cdc.gov/brfss/annual_data/2016/pdf/2016_calculated_variables_version4.pdf
Youth Risk Behavior Surveillance System (YRBSS 2015) YRBS Data User's Guide
https://www.cdc.gov/healthyyouth/data/yrbs/pdf/2015/2015_yrbs-data-users_guide_smy_combined.pdf

The shareholders’ equity of MLS Enterprises includes $100 million of no par common stock and $200 million of 6% cumulative preferred stock. The board of directors of MLS declared cash dividends of $31 million in 2018 after paying $7 million cash dividends in both 2017 and 2016.

What is the amount of dividends common shareholders will receive in 2018?

Please show your work.

Economy of Penny-Blossom calculates price index of hair product. People in Penny-Blossom buy hair dryers, hair brushes, and hair accessories. In 2015, they bought 1 hair dryers for $30, 2 hair brushes for $10 each, and 5 hair accessories for $4 each. In 2016, they bought 1 hair dryer for $35, 3 hair brushes for $12 each, and 6 hair accessories for $5 each. Year 2015 is a base year. What is the CPI for 2016?

Question options: