10a. Alpha's net accounts receivable were $500,000 at December 31, 2015, and $600,000 at December 31, 2016.  Net cash sales for 2016 were $250,000.  The accounts receivable turnover for 2016 was 5.3.  Use this information to determine the Fiscal Year 2016: (Round & enter your answers to one decimal place for non-dollar ratios and enter the value. For dollar ratio enter as whole dollars only.)

1. Total Net Sales

2. Total Net Credit Sales

10b. The following financial information is for Alpha Corporation are for the fiscal years ending 2017 & 2016 (all balances are normal):

Use this information to determine for FY 2017: (Round & enter your answers to one decimal place and enter the value.)

1. the inventory turnover ratio: ________        

2. number of days of inventory: ________

3. Gross Profit Margin:____________

10 c.

The following financial information is for Alpha Corporation are for the fiscal years ending 2017 & 2016 (all balances are normal):

Use this information to determine the quick ratio for FY 2017: (Round & enter your answers to one decimal place and enter the value.)

10d.

The following financial information is for Alpha Corporation are for the fiscal years ending 2017 & 2016 (all balances are normal):

Use this information to determine for FY 2017: (Round & enter your answers to one decimal place for non-dollar ratios and enter the value. For dollar ratio enter as whole dollars only.)

1. the Current Ratio

2. Working Capital

Well our Data Structures and Algorithms professor had the incorrect date set for this assignment (was November 7, 2019 and now is October 7, 2019) so I was putting it off until the end of this month, now I have two days to complete it which is going to be near impossible with the assignments I have for C Programming, Calculus II and Anthropology also all due on Monday, so I need some help. I have the general outline for this program from the last assignment we did but I am unsure how to implement the new methods we were shown Thursday.

I. General Description

In this assignment, you will create a Java program to read undergraduate and graduate students from an input file, shuffle them, and write them to an output file.

1. The input file name and the output file name are passed in as the first and second arguments at command line, respectively. For example, assume your package name is FuAssignment4 and your main class name is FuMain, and your executable files are in “C:\Users\2734848\eclipse-workspace\CIS 265 Assignments\bin”. The following command line will read from a local file “students.txt” and write to a local file “students_shuffled.txt”: C:\Users\2734848\eclipse-workspace\CIS 265 Assignments\bin > java FuAssignment4.FuMain students.txt students_shuffled.txt

2. If the program is run with incorrect number of arguments, your program must print an error message and exit. The error message must show correct format to run your program, e.g., “Usage: FuAssignment4.FuMain input_file output_file” where FuAssignment4 is the package and FuMain is the main class.

3. Each line in the input file represents a student. There are 5 fields in each line: name, id, gpa, “graduate” or “undergraduate”, isTransfer (for undergraduate) or college (for graduate). The fields are separated by comma, “,”. For example, the input file students.txt file may contain: Michelle Chang,200224,3.3,graduate,Cleveland State University Tayer Smoke,249843,2.4,undergraduate,false David Jones,265334,2.7,undergraduate,true Abby Wasch,294830,3.6,graduate,West Virginia

4. The program will read the lines and create undergraduate students or graduate students accordingly. The students are added to an ArrayList.

5. The program then shuffles the ArrayList, and write the shuffled list of students to the output file.

6. Given the previous input file students.txt, a possible output file, students_shuffled.txt, maybe like this: Abby Wasch,294830,3.6,graduate,West Virginia Michelle Chang,200224,3.3,graduate,Cleveland State University David Jones,265334,2.7,undergraduate,true Tayer Smoke,249843,2.4,undergraduate,false

II. Implementation Requirements

The program must implement a main class and three student classes (Student, UndergradStudent, GradStudent).

• You may reuse the code from previous assignments. You may use my code posted on Blackboard for previous assignments.

• However, the Student class must be declared as an abstract class now. It must also have an overloaded printStudent(PrintWriter output) method. The method will write student’s information to the file using the output PrintWriter.

• Accordingly, the UnderGradStudent and GradStudent classes must also have an overloaded printStudent(PrintWriter output) method. They must use the superclass’ method to write student’s information. The UnderGradStudent’s printStudent(PrintWriter output) writes “undergraduate” and 2 isTransfer after that. The GradStudent’s printStudent(PrintWriter output) writes “graduate” and college after that. • The UML class diagram should be as follows:

• All classes must be in the same package. The package name must start with your last name. For example, if your last name is “Trump”, your package name must start with “Trump” such as “TrumpCIS265AS3”, “TrumpAS3”, etc.

• You main class file name must start with your last name. For example, if your last name is “Spiderman”, your main class file name must start with “Spiderman” such as “Spiderman3.java”, “SpidermanAssign3.java”, etc.

• Since I/O exceptions are checked exceptions, your program must handle exceptions. You may use the try/catch or throw IOException. To throw exceptions, you declare it as: public static void main(String[] args) throws IOException {

• You must create an ArrayList of Students in the main class: import java.util.ArrayList; ArrayList students = new ArrayList<>();

• The ArrayList variable will store all Student objects created, both undergraduate students and graduate students.

• The Student class must have a constructor that takes a name, an id, and a gpa, to create a Student object.

• The UndergradStudent class must have a constructor that takes a name, an id, a gpa, and a transfer status to create an UndergradStudent object. The constructor must call the Student’s constructor using super.

• The GradStudent class should must a constructor that takes a name, an id, a gpa, and a college to create an GradStudent object. The constructor must call the Student’s constructor using super.

• The Student class must have a public method printStudent(PrintWriter output) that writes the student’s name, id, and gpa to the PrintWriter output.

• The UndergradStudent class must override the printStudent(PrintWriter output) method. It must write the student’s name, id, gpa, and transfer status to the PrintWriter output. It should call the Student’s printStudent(PrintWriter output) to write student’s name, id, and gpa.

• The gradStudent class must override the printStudent(PrintWriter output) method. It must write the student’s name, id, gpa, and college to the PrintWriter output. It should call the Student’s printStudent(PrintWriter output) to write student’s name, id, and gpa.

• To shuffle the ArrayList, you need to use the Collections’s shuffle method: import java.util.Collections; Collections.shuffle(students); //assume students is an ArrayList of Students

• The printing of students should use dynamic binding: for (Student s: students) //students is an ArrayList of Students s.printStudent(output); // output is a PrintWriter for output file

• Your program must close both input and output files after they are done.

• You can assume that input file has the correct format. You will earn bonus points for handling incorrect input formats.

V. Bonus features (optional)

If a line in the input file has incorrect format, your program should skip the line and continue. The following are possible formatting errors your program can handle:

1. (2 points) if the line does not have 5 fields;

2. (2 points) if the id is not an integer;

3. (2 points) if the gpa is not a float;

4. (2 points) if the 4th field is not “undergraduate” or “graduate”;

5. (2 points) if the 5th field for an undergraduate student is not true or false.

using C program

Assignment

Write a computer program that converts a time provided in hours, minutes, and seconds to seconds

Functional requirements

1. Input MUST be specified in hours, minutes, and seconds
2. MUST produce the same output as listed below in the sample run
3. MUST correctly compute times

Nonfunctional requirements

1. MUST adhere to program template include below
2. MUST compile without warnings and errors
3. MUST follow the code template provided in this assignment
4. MUST NOT change " int main() " function
5. MUST only edit sections marked by " // complete this "

Sample run

4 hours, 13 minutes and 20 seconds is equal to 15200 seconds.
8 hours, 0 minutes and 0 seconds is equal to 28800 seconds.
1 hours, 30 minutes and 0 seconds is equal to 5400 seconds.

Grading

This assignment will be graded according to the programming grading rubric.

Due date

The assignment is due by the 11:59pm on September 20, 2019.

Requested files

time_to_sec.c

/*

* time_to_sec.c

*

* Created on: Jul 20, 2016

* Author: leune

*/

// appropriate #include statements

/* Convert a time interval specified in hours, minutes and seconds to

* seconds.

* Parameters:

* hours, minutes, seconds: input time elements

* Preconditions:

* 0 <= minutes < 60

* 0 <= seconds < 60

* Return:

* number of seconds in the interval

*/

unsigned int time_to_sec(unsigned int hours, unsigned int minutes,

unsigned int seconds) {

// complete this

}

/* Print a formatted representation of the calculation

* Parameters:

* hours, minutes, seconds: input time elements

* Postcondition:

* Function will write the calculation to standard output.

*/

void format_seconds(unsigned int hours, unsigned int minutes,

unsigned int seconds) {

// complete this

}

int main(void) {

format_seconds(4, 13, 20);

format_seconds(8, 0, 0);

format_seconds(1, 30, 0);

}

using C program

Assignment

Write a computer program that converts a time provided in hours, minutes, and seconds to seconds

Functional requirements

1. Input MUST be specified in hours, minutes, and seconds
2. MUST produce the same output as listed below in the sample run
3. MUST correctly compute times

Nonfunctional requirements

1. MUST adhere to program template include below
2. MUST compile without warnings and errors
3. MUST follow the code template provided in this assignment
4. MUST NOT change " int main() " function
5. MUST only edit sections marked by " // complete this "

Sample run

4 hours, 13 minutes and 20 seconds is equal to 15200 seconds.
8 hours, 0 minutes and 0 seconds is equal to 28800 seconds.
1 hours, 30 minutes and 0 seconds is equal to 5400 seconds.

Grading

This assignment will be graded according to the programming grading rubric.

Due date

The assignment is due by the 11:59pm on September 20, 2019.

Requested files

time_to_sec.c

/*

* time_to_sec.c

*

* Created on: Jul 20, 2016

* Author: leune

*/

// appropriate #include statements

/* Convert a time interval specified in hours, minutes and seconds to

* seconds.

* Parameters:

* hours, minutes, seconds: input time elements

* Preconditions:

* 0 <= minutes < 60

* 0 <= seconds < 60

* Return:

* number of seconds in the interval

*/

unsigned int time_to_sec(unsigned int hours, unsigned int minutes,

unsigned int seconds) {

// complete this

}

/* Print a formatted representation of the calculation

* Parameters:

* hours, minutes, seconds: input time elements

* Postcondition:

* Function will write the calculation to standard output.

*/

void format_seconds(unsigned int hours, unsigned int minutes,

unsigned int seconds) {

// complete this

}

int main(void) {

format_seconds(4, 13, 20);

format_seconds(8, 0, 0);

format_seconds(1, 30, 0);

}

Use Visual Basic Language

In this assignment,you will create the following data file in Notepad:

25

5

1

7

10

21

34

67

29

30

You will call it assignment4.dat and save it in c:\data\lastname\assignment4\. Where lastname is your last name.

The assignment will be a console application that will prompt the user for a number.

Ex. Console.Write(“Enter a number: ”)

And then read in the number

Ex. Number = Console.ReadLine()

You will then read the data file using a while statement. For each time you read a value from the data file you will compare it to the user input value.

Ex. User inputs the value “10”. The first value from the data file is “25”. 25 is greater than 10, so the output would look like this, “25 is greater than10”. The next value from the data file is “5”, so the output would be “5 is less than 10”.Also check for equal values as well.

You will also total the values from your data file and then average them at the end. Your total will be 229 and the average will be 22.9. The total variable should be a double and rounded to two decimal places. The results should be printed to the screen at the end of the program.

Required elements:

* Comments and documentation

* Data file

* While statement(read the data file)

* Totaling the contents of the data file

* Averaging the total

Variables needed:

* Number (input from the screen): Type Double

* Datanumber (input from the data file): Type Double

* Total (values totaled from data file): Type Double

* AverageData (Average from the total): Type Double

* Const variables of string type: For example:

Const author As String = "Jack"

Const doublelines As String = "=============="

MACROECONOMICS PAPER ASSIGNMENT

The Physicians for a National Health Program

and Single Pay National Health Care Insurance

Due April 12

One of our country’s most significant fiscal policy issues is rising health care costs. The Physicians for a National Health Program (PNHP) is a non-profit organization of 20,000 physicians, medical students, and health professionals who support single-payer national health insurance (or Medicare For All) as a means of reforming health care in the United States. It is currently the health care position of Presidential candidates Bernie Sanders and Elizabeth Warren.

For this paper assignment, each student will review the PNHP website (as well as other sources contained in Blackboard) and write a TYPED paper of no more than 300 words with respect to the following:

- What is single payer health care?

- What does PNHP consider the most serious health care spending problem? Why?

- What are PNHP’s biggest problems with Obamacare, which was another way of dealing with health care reform?

- How will single pay health care be paid for?

- Do you agree with PNHP’s positions? If so, why? If not, why not?

Prior to writing your paper, watch the Crash Course Economics video “The Economics of Heath Care” and read the “Health Care Primer” found in the Blackboard folder. As part of your paper, cite at least one outside article or book and reference it at the end (name, author, date, web link). Grading will be based on your knowledge of PNHP’s position, addressing each of the above questions (using the primer and video as a reference), and the thoughtfulness in arguing your position. The paper can be submitted via email attachment or through Blackboard – no hard copies.

Part 1 (Objective C++ and please have output screenshot)

The purpose of this part of the assignment is to give you practice in creating a class. You will develop a program that creates a class for a book. The main program will simply test this class.

The class will have the following data members:

1. A string for the name of the author
2. A string for the book title
3. A long integer for the ISBN

The class will have the following member functions (details about each one are below:)

1. A default constructor
2. A Print function which prints out all the information about the book.
3. A GetData function which reads information from a file into the data members.
4. A function GetISBN that returns the integer containing the ISBN. (This will be needed in Part 2).

You must create your program using the following three files:

book.h – used for declaring your class. In this header file, the declarations of the class and its members (both data and functions) will be done without the definitions. The definitions should be done in the book.cpp file.

book.cpp – contains the definitions of the member functions:

1. The default constructor will initialize the author's name to “No name”, the title to "Unknown title", and the ISBN to 0.
2. The Print function will display all of the information about a book in a clear format. This will be a const function because it does not change the data members. For formatting purposes, you may assume that no name will have more than 20 characters and that no book title will have more than 50 characters.
3. The GetData function will have the input file as a parameter, will read information from the file and put appropriate values into the data members. (See below for the format of the data file.)
4. The GetISBN function will simply return the long integer containing the ISBN. It also will be a const function.

Mp8bookDriver.cpp – should contain the main program to test the class.

It should declare two book objects (book1 and book2) using the default constructor. Call the print function for book1 (to show that the default constructor is correct). Open the input file and call the GetData function for book2 and then print its information. Finally, test the GetISBN function for book2 and output the result returned from the function.

Format of Data file
The name of the data file is mp7book.txt
It has data for one book arranged as follows:

• The name is on one line by itself (hint: use getline).
• The title is on a line by itself.
• The ISBN is on the third line.

mp7book.txt

Jane Smith
History Of This World
12349876

Get this part of the program working and save all the files before starting on Part 2. The output should be similar to the following:

Testing the book class by (your name)

The information for book 1 is:
No name Unknown title 0
The information for book 2 is:
Jane Smith History Of The World 12349876
book2 has ISBN 12349876
Press any key to continue

Part 2

Now you will use the book class to create an array of books for a small library. Note that the book.h and book.cpp files should not have to be changed at all - you just have to change the main program in the Mp8bookDriver.cpp file.

There is a new data file, mp7bookarray.txt. It contains the information for the books in the library using the same format as described above for each book. There will be exactly 10 books in the file.

Declare an array of books that could hold 10 book objects. Open the new data file and use a loop to call the GetData function to read the information about the books into the objects in the array. Print out the list of books in the library in a nice format. Notice that the books are arranged in order by ISBN in the data file.

Now imagine customers coming into the library who want to know whether a particular book is in the collection. Each customer knows the ISBN of the book. Open the third data file (mp8bookISBN.txt) which contains ISBN's, read each one, and use a binary search to find out whether the book is in the array. If it is found, print out all the information about the book, if not, print an appropriate message. Then repeat the process for each of the ISBN's until you get to the end of the file.

mp8bookarray.txt

H. M. Deitel
C++ How to Program
130895717
Judy Bishop
Java Gently
201593998
Jeff Salvage
The C++ Coach
201702894
Thomas Wu
Object-Oriented Programming with Java
256254621
Cay Horstmann
Computing Concepts with C++
471164372
Gary Bronson
Program Development and Design
534371302
Joyce Farrell
Object-Oriented Programming
619033614
D. S. Malik
C++ Programming
619062134
James Roberge
Introduction to Programming in C++
669347183
Nell Dale
C++ Plus Data Structures
763714704

mp8bokkISBN.txt
201593998
888899999
763714704
111122222
256254621
130895717
488881111
534371302
619033614

Because it is important for accountants to demonstrate the filing requirements for individual tax returns, for this final project you will be completing an individual tax return and then analyzing this experience. There are several requirements for this project that should be submitted during the weeks when there are Portfolio Project Milestones (Modules 2, 3, 4, 5, and 7) and that contribute to your final grade in this project. Key Component: Using the case data from the Case 1, complete the provided template that has the respective tax forms (Page 1 of Form 1040 and schedules) to complete the tax return. Complete all the applicable parts of the tax forms. Also, address any instructor feedback provided in the milestone submissions. Requirements: Submit your tax return and computations to the dropbox identified for that submission. Review the Portfolio Project grading rubric to understand how you will be graded on this Portfolio Project. Contact your instructor if you have questions about the Portfolio Project.

Excel Temp.

Define vector addition as y_1⊕ y_2=y_1+y_2-3 and scalar multiplication as c ⊙y_1=cy_1-3c+3. Let V be the space of all solutions of the equation in problem 3 that uses the above definitions of vector addition and scalar multiplication. Use the Vector Space Definition to prove that V is a vector space