signature/Benchmark Assignments are designed to align with specific program student learning outcome(s) in your program. Program Student Learning Outcomes are broad statements that describe what students should know and be able to do upon completion of their degree. Signature/Benchmark Assignments are graded with a grading guide or an automated rubric that allows the University to collect data that can be aggregated across a location or college/school and used for course/program improvements.

Format your assignment to APA standards.

Submit your assignment to the Assignment Files tab as a Microsoft® Word document.

Identify a specific job within a specific company that you might be interested in applying for after you graduate from the University of Phoenix.

Research the job and the field in general, as well as ethical issues managerial accountants have faced that would pertain to that field. Also, educate yourself on the basics of operations within the job and company you have selected.

Write a 700- to 1,050-word paper to include the following:

• Summarize the main duties of the job.
• Describe a specific ethical issue you might face in that position using 2 credible sources to support your description.
• Summarize the IMA's standards of ethical practice and conflict resolution guide.
• Analyze how the IMA's standards of ethical practice and conflict resolution guide applies to the ethical issue.
• Predict how you would handle the ethical issue.
• Hypothesize what would happen if no one in the company followed the IMA's standards of ethical practice.
• Assess why it is important to follow the IMA's standards of ethical practice.
• Design or name any methods of internal controls you think could prevent or detect the unethical behavior in the future.

QUESTION 1:

Researchers claim that women speak significantly more words per day than men. One estimate is that a woman uses about 20,000 words per day while a man uses about 7,000. To investigate such claims, one study used a special device to record the conversations of male and female university students over a four- day period. From these recordings, the daily word count of the 20 men in the study was determined. Here are their daily word counts:

What value we should remove from observation for applying t procedures?

A 90% confidence interval (±±10) for the mean number of words per day of men at this university is from  to  words.

Is there evidence at the 10% level that the mean number of words per day of men at this university differs from 9000?

QUESTION 2:

Cola makers test new recipes for loss of sweetness during storage. Trained tasters rate the sweetness before and after storage. Here are the sweetness losses ( sweetness before storage minus sweetness after storage) found by 10 tasters for one new cola recipe:

Take the data from these 10 carefully trained tasters as an SRS from a large population of all trained tasters.

Is there evidence at the 5% level that the cola lost sweetness? If the cola has not lost sweetness, the ratings after should be the same as before it was stored.

The test statisic is t =  (±±0.001)

Demonstrate the use of the normal distribution, the standard normal distribution, and the central limit theorem for calculating areas under the normal curve and exploring these concepts in real life applications. Scenario Frank has only had a brief introduction to statistics when he was in high school 12 years ago, and that did not cover inferential statistics. He is not confident in his ability to answer some of the problems posed in the course. As Frank's tutor, you need to provide Frank with guidance and instruction on a worksheet he has partially filled out. Your job is to help him understand and comprehend the material. You should not simply be providing him with an answer as this will not help when it comes time to take the test. Instead, you will be providing a step-by-step breakdown of the problems including an explanation on why you did each step and using proper terminology. What to Submit To complete this assignment, you must first download the word document, and then complete it by including the following items on the worksheet: Incorrect Answers Correct any wrong answers. You must also explain the error performed in the problem in your own words. Partially Finished Work Complete any partially completed work. Make sure to provide step-by-step instructions including explanations. Blank Questions Show how to complete any blank questions by providing step-by-step instructions including explanations. Your step-by-step breakdown of the problems, including explanations, should be present within the word document provided. You must also include an Excel workbook which shows all your calculations performed.

Create a class that holds data about a job applicant. Include a name, a phone number, and four Boolean fields that represent whether the applicant is skilled in each of the following areas: word processing, spreadsheets, databases, and graphics: Include a constructor that accepts values for each of the fields. Also include a get method for each field. Create an application that instantiates several job applicant objects and pass each in turn to a Boolean method that determines whether each applicant is qualified for an interview. Then, in the main() method, display an appropriate method for each applicant. A qualified applicant has at least three of the four skills. Make sure your JobApplicant.java file runs with this file TestJobApplicants: I can not get the JobApplicant to work. Here is the program:

import java.util.Scanner;

class JobApplicant
{
private String name;
private String phone;

// boolean variables for word,spreadsheet,database and graphics skills
private boolean w;
private boolean s;
private boolean d;
private boolean g;
  
//The constructor. This needs to set all the properties of this class
public JobApplicant(String name, String phone, boolean w, boolean s, boolean d, boolean g)
{
this.name = name;
this.phone = phone;
this.w = w;
this.s = s;
this.d = d;
this.g = g;

}

public String getName()
{
return name;
}

public boolean getHasWordSkill()
{
return w;
}

//get methods
public boolean getHasSpreadsheetSkill()
{
return s;
}
public boolean getHasDatabaseSkill()
{
return d;
}
public boolean getHasGraphicsSkill()
{
return g;
}
public String getPhone()
{
return phone;
}

}

It is telling me no main methods, JavaFX Applications, applets or MIDlets found in file..HELP!!!

*C++*

/*

This program reads a movie rating from 1 to 10 from the

user and prints a corresponding word for the rating.

Programmer: Your name here

Date:       Current date here

*/

#include

#include

using namespace std;

int main()

{

      int rating; // user entered rating

      cout << "Enter your movie rating (an integer from 1 to 10): ";

      cin >> rating;

      cout << "\nThe movie was ";

      // Select the appropriate word for the number

      switch (rating)

      {

            case 1 : cout << "Horrible (:<)!";

            case 5 : cout << "So So!";

            case 10: cout << "Fabulous!";

      }

      cout << "\n\n";

      return 0;

}

1. Run your program and enter the number 1 for the movie rating. What does the program output and why?

Fix the program so that inputs of 1, 5 and 10 work properly.

2. Change the case values to characters, ‘1’, ‘5’ and ‘10’. What happens when the program is run and why?

Change the program back by removing the quotes.

5. Have the inputs 4, 5 and 6 all give the So So message. Do this without adding another cout statement!
6. Add cases for the other values, 2, 3, 7, 8 and 9. Use your own ratings for these. Test your program.
7. . Run your program with an input of 12. What happens and why?
8. Add a case that catches all illegal values and prints an appropriate message. It should print: The movie was not rated properly!
9. The statement:     cout << "\nThe movie was ";
10. was placed before the switch statement. For what cases does this statement execute?
11. How does this placement of the statement save you typing time?

This is based on LinkedLists. Avneet Pandey, please do not answer this. Both your previous answers were wrong.

Please complete the methods max() and threshold(). I'd greatly appreciate it. There is a type mismatch in my first method and I dont know how to get around it. I've commented on the line with the type mismatch. Please write a correct method in the answer so I can compare it to my wrong method

public class Node {
   public T info;
public Node link;
public Node(T i, Node l) {
   info = i; link = l;
   }
}

class LinkedList> {
  
protected Node head = null;
public LinkedList add(T el) {
head = new Node(el, head);
return this;
}
public void print() {
for(Node node = head; node!=null; node=node.link) {
System.out.print(node.info+" ");
}
System.out.println("");
}
  
public T maxValue() { // Note: Recursive methods not allowed, using new key word not allowed, no iterators allowed
   if (head == null) {
   return null;
   }
   else {
   Node temp = head;
   if (temp.link == null) {
   return temp.info;
   }
   else {
   T max = temp.link; //type mismatch
   if (temp.info.compareTo(max) > 0)
   max = temp.info;
   return max;
   }
}
}
  
public void threshold(T thres) {//Note: Recursive methods not allowed, using new key word not allowed, no iterators allowed

}

public static void main(String args[]) {
  
LinkedList list = new LinkedList();
System.out.println(list.maxValue()); // should be null
list.add(20).add(30).add(10);
System.out.println(list.maxValue()); // should be 30
list.threshold(40);
list.print(); // should print out all elements
list.threshold(30);
list.print(); // should print out 10 20
list.threshold(10);
list.print(); // should print nothing
}
}

This is based on LinkedLists. Please complete the methods max() and threshold(). I'd greatly appreciate it. There is a type mismatch in my first method and I dont know how to get around it. I've commented on the line with the type mismatch. Please write a correct method in the answer so I can compare it to my wrong method

public class Node {
   public T info;
public Node link;
public Node(T i, Node l) {
   info = i; link = l;
   }
}

class LinkedList> {
  
protected Node head = null;
public LinkedList add(T el) {
head = new Node(el, head);
return this;
}
public void print() {
for(Node node = head; node!=null; node=node.link) {
System.out.print(node.info+" ");
}
System.out.println("");
}
  
public T maxValue() { // Note: Recursive methods not allowed, using new key word not allowed, no iterators allowed
   if (head == null) {
   return null;
   }
   else {
   Node temp = head;
   if (temp.link == null) {
   return temp.info;
   }
   else {
   T max = temp.link; //type mismatch
   if (temp.info.compareTo(max) > 0)
   max = temp.info;
   return max;
   }
}
}
  
public void threshold(T thres) {//Note: Recursive methods not allowed, using new key word not allowed, no iterators allowed

}

public static void main(String args[]) {
  
LinkedList list = new LinkedList();
System.out.println(list.maxValue()); // should be null
list.add(20).add(30).add(10);
System.out.println(list.maxValue()); // should be 30
list.threshold(40);
list.print(); // should print out all elements
list.threshold(30);
list.print(); // should print out 10 20
list.threshold(10);
list.print(); // should print nothing
}
}

This is a java coding String manipulation Question.

Let us say I have a String which looks something likes this:

String x = "MATH,PHYSICS,CHEMISTRY,CODING"

And then I have another String which looks something like this:

String y = "XXXXMXXXAXXXTXXXXHXXXXXXCXXXXOXXXXDXXXIXXXXNXXXGXXXX"

and another String that looks like this:

String z = "XXXXHXXTXXXXAXXMXXXXXCXXXOXXXDXXXIXXXNXXXG"

I want to take String y and print the words that are found in String x as such:

Math

Coding

and for String z if I want to take it and print the words also found in x as such:

Math

Coding

So basically I want to the program to print the possible words from the letters I have in String y and z.

and only print possible words from my String x.

I want to know how I can do such thing please explain so that I understand what is going on. I have tried replacing the Xs with nothing and then I would have the letters and then I'll use it to check if it has something in String x. but that made me use arrays and also if I replaced Xs with nothing and I had to words in Z or Y then I'll end up with something I can not work with only letters.

I have also thought about making a char array from the resulting String after replacing Xs. and then split String x by ',' and after make a char array of each word and then check if the char array of each word contains the chars of the resulting String after replacing Xs with nothing.

but that also does not work.

I think this is a simple problem that I am over complicating.

Please help and thank you.

Write a C program to run on unix to read a text file and print it to the display. It should count of the number of words in the file, find the number of occurrences of a substring, and take all the words in the string and sort them (ASCII order). You must use getopt to parse the command line. There is no user input while this program is running.

Usage: mywords [-cs] [-f substring] filename

• The -c flag means to count the number of words in the file. A word would be a series of characters separated by spaces or punctuation. A word could include a hyphen or a single apostrophe.

• The -s option means to print the words in the file sorted by ASCII order.

• The -f option will find the number of occurrences of the given substring.

• You may have any number of the flags included or none of them.

• The order they should be run would be: -s first, -c second, and -f third.

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

Format of parsing the command line (main method established), rest of functionality needed as explained above:

int value = 0;

int main(int argc, char **argv) {
    extern char *optarg;
    extern int optind;
    int c, err = 0;
    int cflag = 0, sflag = 0, fflag = 0;
    char *substring;

    // usage 
    static char usage[] = "usage: mywords [-cs] [-f substring] filename";  

    while ((c = getopt(argc, argv, "csf:")) != -1)
        switch (c) {
            case 'c':
                cflag = 1;
                break;

            case 's':
                sflag = 1;
                break;

            case 'f':
                fflag = 1;
                substring = optarg;
                break;

            case '?':
                err = 1;
                break;
        }

    if (fflag == 1) {
        printf("%c ", substring);
    }
}