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 APA sanctions that lead to state sanctions for legal and/or ethical violations in the practice of psychology and psychological research 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.

“There must be a God said the goldfish, otherwise who changes the water!”  Write a one page reflection on the point behind this remark, based on your thinking about the cosmological argument.  One page response.  

A study of undergraduate computer science students examined changes in major after the first year. The study examined the fates of 256 students who enrolled as first-year students in the same fall semester. The students were classified according to gender and their declared major at the beginning of the second year. The students studied were enrolled at a large Midwestern university several years ago. Discuss how you would conduct a similar study at a college or university of your choice today. Include a description of all variables that you would collect for your study.

The following income statement and information about changes in noncash current assets and current liabilities are reported.

Changes in current asset and current liability accounts for the year that relate to operations follow.

Required:

Prepare only the cash flows from operating activities section of the statement of cash flows using the indirect method. (Amounts to be deducted should be indicated with a minus sign.)

Part C

Go to the Phase Changes tab. Select the particular molecule, and set the temperature to the given values by using the stove to increase or decrease the temperature. Increase the pressure of the cylinder by moving the lid of the cylinder down with the help of the finger. The pressure of the cylinder is indicated by the pressure gauge on the top left corner of the simulation. On the right-hand side of the simulation is the phase diagram for the molecule.

As the molecules collide on the walls of the cylinder, the pressure of the cylinder does not remain constant; it fluctuates slightly as indicated by the gauge.

In the phase diagram, observe the red point. When a particular molecule is selected, set the temperature and pressure condition to the required value. Observe the position of the red point on the phase diagram when the pressure reaches approximately near the required value.

Which of the following conditions will result in the formation of a supercritical fluid?

Check all that apply.

1) For the following hypothetical changes in astronomical bodies answer whether the change would make the specified property Larger, Smaller, or Not Changed.

If the radius of the Earth were larger, the force of gravity on objects on its surface would be .....
Larger Smaller Not Changed  

If the mass of the Sun were half as much and the Earth kept the same distance, the period of the Earth's orbit would be .....
Larger Smaller Not Changed  

If the mass of an object dropped on the surface of the Moon were increased, the acceleration of the object would be .....
Larger Smaller Not Changed

If the amount of ozone in the upper atmosphere of a planet is increased the amount of ultraviolet light reaching the surface will be ....
Larger Smaller Not Changed  

If the mass of Mars were greater, the acceleration due to gravity on its surface would be .....
Larger Smaller Not Changed  

If the distance between two planets is increased, the force of gravity is .....

2)

Classify the following statements as True or False based on the Nebular Theory for Solar System formation.
True /False  Rocky, metallic materials as well as volatile materials (He and H compounds) collected into planets near the Sun where the cloud is hot.
True/ False  Material for the planets was left over from the formation of the Sun.
True /False  Most of the thermal energy which started fusion reactions in the Sun originated as thermal energy in the large, hot dark nebula.

Im working on modifying my current code to function with these changes below

Create a Java program that meets the following criteria

• You program should contain a “static method” double[] readArray(String filename) which accepts the name of a file to read as a String parameter.
  • This function should read all the values into a new array of “doubles”
    • NOTE: The first value of the file is an integer used to indicate the size of the array that you will need (see above)
  • The function should return the array which was created and read in this method.
    
• You program should contain a function double[] processArray() (double[] dataArray) which accepts the array read by the previous function.
  • This function should scan the array and calculate the following information:
    • The smallest value in the array.
    • The largest value in the array.
    • The average value in the array.
    • The sum of the values in the array.
    • A count of the number of items that are greater than the average value
    • The largest difference between any two adjacent values!
      1. For example, using the above sample input, the largest adjacent difference is between the values 7.876 and 3.1415 (array indexes 2 and 3), which is a difference of 4.7345.
      2. (This one is not terribly difficult, but it will require some thought!)
         
  • The function should return a new array of six values containing the information outlined above in the order shown.
    • For example, using the sample data file above, the array would contain the following values in the following order:
      { 1.23, 7.876, 3.9817, 19.9085, 2.0, 4.7345 }
      
    • The order is just: smallest, largest, average, sum, above average count, largest difference
      
• The main method should:
  • Check to see the user passed a filename to main itself via the (String[] args)
    • If no file name exists, the program should prompt the user to enter a source-file name.
      
  • Call the functions above to read the array and calculate the results.
    
  • Display all the final results for example:
    
    Smallest = 1.23
    Largest = 7.876
    Average = 3.9817
    Sum = 19.9085
    Count of Larger than Average = 2.0
    Largest Difference = 4.7345

My current code is show as below, i was wondering how i would go about doing that im a little lost.

import java.io.File;
import java.util.Scanner;

public class Lab5 {

    public static void main(String[] args) {
        String inFileName;

        if (args.length > 1) {
            inFileName = args[0];
        } else {
            Scanner console = new Scanner(System.in);
            System.out.println("Enter a Filename: ");
            inFileName = console.nextLine();
        }

        double[] myData = readArray(inFileName);
        double[] results = processArray(myData);

        // TODO: Display Results...
    }

    static double[] readArray(String filename) {
        File inFile = new File(filename);

        if (inFile.canRead()) {
            try {
                Scanner fileScanner = new Scanner(inFile);
                int count = fileScanner.nextInt();
                double[] data = new double[count];

                for (int i = 0; i < count; i++) {
                    data[i] = fileScanner.nextDouble();
                }

                return data;
            } catch (Exception e) {
                return new double[0];
            }
        } else {
            System.out.println("Can't read file.");
            return new double[0];
        }
    }

    static double[] processArray(double[] dataArray) {
        // TODO: Implement Functionality from Requirements.
        for (double data : dataArray) {
            System.out.println(data);
        }

        return new double[0];
    }

}