State the theory and explain how NMR and IR spectroscopy work.

1.) State the Ricardian equivalence theorem and explain its significance.

After reading David Hume's essay "On Suicide," can you identify his ethical approach when it comes to determining whether suicide is a moral or immoral (not moral) action? Is it objective or subjective? Does he argue from a standpoint that takes the role of the emotions into consideration? What is his position (explain it in full)? What are the three arguments against suicide that Hume addresses (outline all three arguments in detail citing passages as needed)? What do you think of each of the arguments you have outlined above? Do you agree with his conclusion that suicide is morally permissible

A nonprofit organization sent mailing labels along with a request for donations to a random sample of 75,000 potential donors on their mailing list and received 5625 donations from the effort. In the past, the organization has had a contribution rate of 6%, but the director of the program hoped that the addition of the mailing labels would increase that rate. Perform a hypothesis test using α=0.05. Be sure to include the following:

1. State the null and alternative hypotheses in symbols and words. Assume conditions have been met. (2 pts.)
2. Perform your hypothesis test "by hand" using the equation editor. Be sure to use the appropriate probability notation. Don't write your conclusion in this step.(4 pts.)
3. Construct a 90% confidence interval, again showing calculations "by hand". Don't write your conclusion in this step. (4 pts.)
4. State your FULL conclusion making sure to site whether we reject or fail to reject and what that means in context based on the p-value. Then support your conclusion with the results from your confidence interval. Then be sure to note whether the hypothesized value falls in our interval and what that means. (3 pts.)

Q1: The market for gold is represented by Q = 3P – 300 and Q = 8300 – 2P where Q is ounces of gold and P is the price of gold per ounce.

Hint: Figure 5.5 on page 107 of your textbook or Chapter 5 – Graph 8 (Negative Externalities) found in Brightspace is useful for visualizing the market for gold.

a) What are the free market equilibrium price and equilibrium quantity of gold?

b) The production of gold creates negative externalities. Give and explain two (and only two) specific and distinct negative externalities associated with gold production USING YOUR OWN WORDS. DO NOT PLAGIARIZE. Unless you are very familiar with gold production, you will need to do some research to answer this question.

c) Due to the negative externalities associated with gold production, the full social cost supply of gold is represented by

Q = 2P – 500. What are the socially optimal equilibrium price and equilibrium quantity of gold?

d) Why is the free market for gold inefficient? Explain in such a way that a layperson who does not know anything about economics would understand. In other words, DO NOT use terms such as total economic surplus and deadweight loss in your answer because a layperson would not know what they mean.

e) What does the deadweight loss in the free market for gold equal? Show clearly how you arrived at your answer.

f) What is one (and only one) government intervention that would make the free market for gold more efficient AND what impact does this government intervention have on the market?

Does Java support referential transparency? What about in static contexts like a? What about in object contexts like b? Explain using the following bits of code to explain your answer for each question.

a)

• static int a,b,c;//declaration
• //some stuff happens
• result1 = (fun(a) + b) / (fun(a) – c);
• temp = fun(a);
• result2 = (temp + b) / (temp – c);
• //function signature
• int static fun(int arg);

b)

• Employee a = new Employee();
• Employee b = new Employee();
• Employee c = new Employee();
• //some stuff happens
• result1 = (a.fun() + b) / (a.fun() – c);
• temp = a.fun();
• result2 = (temp + b) / (temp – c);
• //function signature inside Employee:
• int fun()

A good friend of yours hears you are taking a course in "positive psychology." He/she has never heard of "positive psychology" and asks you to tell him/her what the course is about and when and why psychologists became interested in the field. Contrast the issues of particular interest to positive psychologists with those coming from the medical model approach.

Write at least one paragraph--or more (in your own words)--where you explain what the field of psychology is about, making sure to distinguish this subject area from others in the field of psychology as well as from some information presented in the popular media that mention "happiness"-related topics. In addition, explain why there is a need for a careful study of issues related to the field.

Phrase a business objective you want to target and the following question. Classify and describe its type, and elaborate on the implications this type of question has had currently and on future phases of the process. Identify and write about data requirements that are derived from this question. For example: what is your unit of analysis and what are the implications of the analysis technique you choose to use. Write about your risk assessments (e.g., applicability, availability of resources, ethics and more) and describe relevant knowledge artifacts in addition to business rules that should be applied to compute significant business variables.
(750 words)

In this assignment, you will use regular JavaScript and the Fetch API to read an external JSON data file from the server and then add the data from each student object into new rows in an existing HTML table.

This assignment is very similar to the Adding Rows to a Table assignment. The main difference is that you will:

• Use the Fetch API instead of using the AJAX API to read the external JSON data file.

Set Up This Assignment

Add this HTML to your "week11/index.html" file. Put your name in the meta author tag (highlighted below).

<!DOCTYPE html>
<html lang="en">
<head>
    <meta charset="utf-8">
    <meta name="viewport" content="width=device-width, initial-scale=1.0">

    <title>Using Fetch to read a JSON file</title>
    <meta name="description" content="This is a simple example using Fetch to read a 
       JSON string then add student data as rows in an HTML table.">
    <meta name="author" content="Your name here">

    <!-- link to external CSS file -->
    <link rel="stylesheet" href="css/styles.css?v=1.0">
</head>
<body>
    <!-- Content of the page goes here. -->
    <main>
        <h1>Use Fetch to read JSON data</h1>
        <section class="intro">
            <h2>Introduction</h2>
            <p>In this assignment you will use Fetch to read in an external JSON data file. 
                You will then display the contents in a web page as new rows in an existing table. 
            </p>
        </section>

        <section class="student-info">
            <h2>Student Information from JSON file</h2>
            <p class="loading">Loading student data...</p>
            <table id="student-table">
              <thead>
                <tr><th scope="col">Name</th><th scope="col">Favorite Hobby</th><th scope="col">Favorite Color</th></tr>
              </thead>
              <tbody>
              </tbody>
            </table>
        </section>
    </main>
    
    <!-- link to external JS file -->
    <script src="js/scripts.js"></script>
</body>
</html>

JSON Data
You will also use the same students.json file that you used in the week9 assignment. Put the JSON file in a "data" subdirectory: "week11/data/students.json"

CSS Stylesheet
You will also use the same CSS file that you used in the week9 assignment. Put the CSS file in a "css" subdirectory: "week11/css/styles.css"

JavaScript
Your "week11/js/scripts.js" file will use the fetch API to read an external JSON data file, then add student data as rows to an existing table. This page contains sample code that uses the fetch API: Fetch API: An Example

This displayData function needs to do these things:

• Create a DOM fragment.
• Loop through the "students" object.
• Read the first name, last name, favorite hobby, and favorite color from each object.
• Create a table row "tr" element.
• Create a table data "td" element for each column in the row.
• Add the student's name to the first column of the row using createTextNode, template literals, and appendChild. The first column should contain both the student's first and last name in this format - "lastname, firstname" - then append the td to the tr element.
• Add the student's hobby in the second column, then append it to the tr element.
• Add the student's favorite color in the third column, then append it to the tr element.
• Add the tr to a DOM fragment
• Finally, after you've built your DOM fragment append it the "#student-table tbody" element.
• Use querySelector to read the "p.loading" paragraph.
• Change the class attribute of that paragraph from 'loading' to 'loadingHidden' using 'classList.replace': Setting CSS Styles Using JavaScript