As the head of the local Criminal Justice Dept. You have been tasked to write changes to departmental policy because of a recurring problem involving students failing to appear in class or appearing late in class. The dean has complained to you because he thinks attending class is a low priority for you students. Using cause and effect determine the possible causes for the late and missed classes. List the possible causes under the headings below

Machines

1

2

3

4

5

People

1

2

3

4

5

Materials

1

2

3

4

5

Methods

1

2

3

4

5

In C++

Make changes to List.h and List.cpp, but not City.h or City.cpp.

Project includes Cities01.txt , City.h ,City.cpp , List.h , List.cpp , and Trial.cpp

Cities01.txt

Lansing 42.73 -84.55
Detroit 42.33 -83.04
Flint 43.01 -83.68
Grand-Rapids 42.96 -85.66
Jackson 42.27 -84.47
Kalamazoo 42.23 -85.55
Ann-Arbor 42.22 -83.75
Mt-Pleasant 43.60 -84.78
Clare 43.82 -84.77
Saginaw 43.42 -83.95

City.h

// City class definition

class city
{ friend class list;
public:
city(); // Constructor
bool get(istream& in); // Input name & location
void put(ostream& out); // Output data
private:
string name; // Name
float latitude,longitude; // Location
};
List.h

#define LIST_SIZE 20

#include "City.h"

class list
{ public:
list(); // Constructor - empty list
bool insert(city arg); // Add a city
void display(ostream& out); // Output data
void sort(string arg); // Sort by distance from arg
int size(); // Return number of cities
private:
int len; // Number of used cities
city map[LIST_SIZE]; // Data set
};
City.cpp

#include <iostream>
#include <iomanip>
#include <string>
using namespace std;

#include "City.h"

/**************************************
* Constructor - no parameters
**************************************/
city::city()
{ name = "";
latitude = longitude = 0.0F;
}

/**************************************
* Get
**************************************/
bool city::get(istream &in)
{ in >> name;
in >> latitude;
in >> longitude;
return in.good();
}

/**************************************
* Put
**************************************/
void city::put(ostream &out)
{ out << left;
out << setw(14) << name;
out << right << fixed << setprecision(2);
out << setw(8) << latitude;
out << setw(8) << longitude;
}
List.cpp

#include <iostream>
#include <iomanip>
using namespace std;

#include "List.h"

/*************************************
* list()
*************************************/
list::list()
{ len = 0;
}

/*************************************
* insert()
*************************************/
bool list::insert(city arg)
{

// Check to see if there is room

if(len>=LIST_SIZE) return false;

// Add to array
  
map[len++] = arg;

// Return success

return true;
}

/*************************************
* display()
*************************************/
void list::display(ostream &out)
{
}

/*************************************
* size()
************************************/
int list::size()
{ return len;
}
Trial.cpp
#include <iostream>
#include <fstream>
#include <string>
using namespace std;

#include "List.h"

/*************************************
* main()
*************************************/
void main()
{ string name;
fstream infile;
city c;
list state;

// Load from file

cout << "Enter file name: ";
cin >> name;
cout << endl;

infile.open(name,ios::in);
if(!infile.is_open()) return;

while(c.get(infile)) state.insert(c);

infile.close();

// Display

cout << state.size() << " Cities" << endl << endl;
state.display(cout);

/* Steps 10.6-7
// Sort by closest to here and display

cout << "Enter home city: ";
cin >> name;
cout << endl;

state.sort(name);

state.display(cout);
*/
}

Could use some help with implementing the list::display() function so the output looks like this:

Enter file name: Cities01.txt

10 Cities

City               Lat    Long

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

Lansing         42.73 -84.55

Detroit          42.33 -83.04

Flint            43.01 -83.68

Grand-Rapids     42.96 -85.66

Jackson          42.27 -84.47

Kalamazoo        42.23 -85.55

Ann-Arbor        42.22 -83.75

Mt-Pleasant     43.60 -84.78

Clare            43.82 -84.77

Saginaw          43.42 -83.95

Create a private function list::dist() that takes two integers src and dst, and calculates the distance between the cities at index src and dst. Hint:

Distance = Sqrt((latsrc-latdist)^2+(longsrc-longdist)^2)

Update the display() function so it calls the distance() function to display the distance between each city and the first city in the list. Uncomment the section in main() for steps 10.6-7. Implement the list::sort() function in two parts:

• Search for the matching city name in the list. Swap that city with the first element in the list.
• Use a bubble or selection sort to order the cities in ascending order based on the distance from the home city (map index 0).

Output should look like this:

Enter file name: Cities01.txt

10 Cities

City               Lat    Long    Dist

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

Lansing         42.73 -84.55    0.00

Detroit         42.33 -83.04    1.56

Flint            43.01 -83.68    0.91

Grand-Rapids     42.96 -85.66    1.13

Jackson          42.27 -84.47    0.47

Kalamazoo       42.23 -85.55    1.12

Ann-Arbor       42.22 -83.75    0.95

Mt-Pleasant     43.60 -84.78    0.90

Clare            43.82 -84.77    1.11

Saginaw          43.42 -83.95    0.91

Enter home city: Lansing

City              Lat    Long    Dist

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

Lansing         42.73 -84.55    0.00

Jackson         42.27 -84.47    0.47

Mt-Pleasant     43.60 -84.78    0.90

Flint            43.01 -83.68    0.91

Saginaw          43.42 -83.95    0.91

Ann-Arbor       42.22 -83.75    0.95

Clare            43.82 -84.77    1.11

Kalamazoo        42.23 -85.55    1.12

Grand-Rapids     42.96 -85.66    1.13

Detroit          42.33 -83.04    1.56

A15: Capitalization and Treatment of Words

With Track Changes turned on, edit all the errors related to capitalization and treatment of words in the following sentences. Then, in the box to the right of each sentence, note the section number from the Chicago Manual of Style that supports each edit. I’ve included an example for you so you can see how I would like your answers formatted. All of the answers come from Chapter 8 of the Chicago Manual of Style. I’ll give you 0.5 points for each correct edit and 0.5 points for your comment that notes the correct section of the manual and provides a short explanation. Note: all sentences require editing in this assignment.

Example:

Please explain why bond prices are subject to changes in interest rates.

Describe the characteristics of a bond and provide an example of a firm or government entity that has recently issued (sold) these securities.

Need 300 words discussions

1. Over history, the institution of marriage in the U.S. has undergone many changes. In detail, describe the landmark styles of marriage and how they differ from each other (hint: institutional, companionate, and individualized marriage).

2. For each style of marriage, describe the cultural context that influenced marriage in that era. Based on current trends, how do you think marriage styles will change in the future?

this is for my Family And Consumer Studies FCS 2400 course

C++

Write a program that reads a line of text, changes each uppercase letter to lowercase, and places each letter both in a queue and onto a stack. The program should then verify whether the line of text is a palindrome (a set of letters or numbers that is the same whether read forward or backward). Please use a Queue Class and Stack class.

I have attempted to implement some changes to my source code and was unable to succefully implement there are (two) changes. I am in the learning process so comments help in the learning curve so if possible leave comments.

PLEASE DONT CHANGE ANY OF THE SOURCE CODE - unless needed to implement the changes.

* Change the program so that the user can choose to either check if a password is valid or have the program randomly generate a password that is valid.

* Add the functionality to generate a valid password, display this password and end the program.

SOURCE CODE PROVIDED BELOW

import java.util.Scanner;

public class PasswordChecker {

   public static void main(String[] args) {
      
       Scanner keyboard = new Scanner(System.in);
       String password;
       int uppers = 0;
       int lowers = 0;
       int numbers = 0;
       int special = 0;
       int length = 0;
      
       System.out.println("Enter your password: ");
       System.out.println("Rules: ");
       System.out.println("* 9 to 30 characters in length");
       System.out.println("* contain at least one uppercase letter (A - Z)");
       System.out.println("* contain at least one lowercase letter (a - z)");
       System.out.println("* contain at least one number digit (0 - 9)");
       System.out.println("* contain at least one special character (# @ $ % + = )");
       password = keyboard.nextLine();
      
      
       length = password.length();
       if ((length < 9) || (length > 30)) {
           System.out.println("Please re-enter password, keep in mind more than 9 char and less than 30");
       }
       else
       {
           for(int i = 0; i < length; i++) {
      
               if(Character.isUpperCase(password.charAt(i)))
                   uppers++;
          
               else if (Character.isLowerCase(password.charAt(i)))
                   lowers++;
          
               else if (Character.isDigit(password.charAt(i)))
                   numbers++;
              
               else if (specialCompare(password.charAt(i)))
                   special++;
              
           }  
       }
      
       if((uppers == 0) || (lowers == 0) || (numbers == 0) || (special == 0))
           System.out.println("Password is missing one of the requirements");
       else
           System.out.println("Good password");
   }//End main  
  
   static boolean specialCompare(char a) {
       switch(a) {
       case '@':
       case '#':
       case '$':
       case '%':
       case '+':
       case '=':
           return true;
       }
       return false;
   }//End specialCompare

}//End class

37. Based on_____, changes in the interest rate bring the money market into equilibrium.

a. classical theory, but not liquidity preference theory.

b. neither liquidity preference theory nor classical theory.

c. liquidity preference theory, but not classical theory.

d. both liquidity preference theory and classical theory

38. A housing market boom may lead to ____

a. increases in aggregate supply, which the center bank could offset by increasing the money supply.

b. increases in aggregate demand, which the center bank could offset by decreasing the money supply.

c. increases in aggregate supply, which the center bank could offset by decreasing the money supply.

d. increases in aggregate demand, which the center bank could offset by increasing the money supply.

40. During the World War II, both the price level and real output increased in the U.S. If we know that during this period, the long-run aggregate supply curve shifted right because of the war, then what would have to have happened to aggregate demand so that we could observe these changes in price and output?

a. It would have to have shifted right by less than aggregate supply shifted

b. It would have to have to shifted right by more than aggregate supply shifted.

c. It would have to have shifted left by less than aggregate supply shifted

d. It would have to have to shifted left by more than aggregate supply shifted.

What permeability changes would you expect to occur at the postsynaptic neuron to result in hyperpolarization?    

(P=permeability)

The legal landscape is perpetually changing. Psychologists must remain abreast of these changes to avoid potentially damaging issues to individuals and careers. In this assignment, you will consider the current federal and state legal issues discussed in the last two modules and their influence on psychology ethics.

A detailed explanation of the issue.

A discussion of how the issue influences psychology ethics from an objective (scholarly) perspective.

A discussion of how the issue influences psychology ethics from a subjective (personal) perspective.

A discussion of how, if at all, the issue is influenced by current psychology ethics.