What is your favorite color? A large survey of countries, including the United States, China, Russia, France, Turkey, Kenya, and others, indicated that most people prefer the color blue. In fact, about 24% of the population claim blue as their favorite color.† Suppose a random sample of n = 54 college students were surveyed and r = 11 of them said that blue is their favorite color. Does this information imply that the color preference of all college students is different (either way) from that of the general population? Use α = 0.05. (a) What is the level of significance? 0.05 Correct: Your answer is correct. State the null and alternate hypotheses. H0: p = 0.24; H1: p > 0.24 H0: p = 0.24; H1: p ≠ 0.24 H0: p ≠ 0.24; H1: p = 0.24 H0: p = 0.24; H1: p < 0.24 Correct: Your answer is correct. (b) What sampling distribution will you use? The Student's t, since np > 5 and nq > 5. The standard normal, since np < 5 and nq < 5. The Student's t, since np < 5 and nq < 5. The standard normal, since np > 5 and nq > 5. Correct: Your answer is correct. What is the value of the sample test statistic? (Round your answer to two decimal places.) -0.04 Incorrect: Your answer is incorrect. (c) Find the P-value of the test statistic. (Round your answer to four decimal places.) 0.24 Incorrect: Your answer is incorrect.

In Quickbooks

Match the Report Description with the Report Name. Write the appropriate letter next to the Report Name column.

LP1.1 Assignment: Research Topic Options

During this course, you will be working on a research paper to be submitted at the end of LP6 (Week 11). Your paper will focus on a healthcare management topic that is a source of ethics debates. It should:
1) address the ethical theories or principles that most influence current conversations about this topic.
2) discuss how these ethical theories or principles translate into healthcare policy decisions.

These ethical principles must come from the course readings this is evidence that you understand and have considered materials presented in this course.

Your paper must be 5 APA-style pages(Times New Roman, 12-point font, and with 1" margins). In addition to these 5 pages, it must also include a "References" pageformatted in APA style that includes at least 6 credible sources. You can use the Web, books, journal articles, newspapers, or magazines. Keep in mind that you want goodsources for your research ones that are current and credible.

For information on what a credible source is, please view the NAU Online Library’s tutorial on finding credible sources.

During this Learning Plan, you should begin thinking about a research topic to submit to your professor for approval. You can choose any topic related to healthcare ethics.

Choosing a Topic
You can choose a topic inspired by discussions, short papers, and non-graded activities. Here are a few examples of possible topics:

Should healthcare be universally available in the US? For example, should everyone receive the same quality of health care regardless of their ability to pay?How should we make decisions about which patients receive high-cost, scarce medical resources such as organ transplant?cultural diversity and differences in the medical environmentprofitability vs. patient care

You may choose to do a paper on another topic, too, as long as it involves policy and ethics in the medical environment.

In choosing your topic, you should consider not only how interesting it is to you, but also how easy it will be to find information about it. You will need to find credible references and refer to them in your paper.

For more tips and guidance on choosing a research topic, visit this ProQuest Research Companion learning module, available to you for free through the NAU Online Library. You may also wish to use Credo Reference's mind map search for brainstorming.

What to Submit for this Assignment
For this assignment, submit a list of 3 topics you are considering for your paper. For each topic:
1) state what is interesting to you about this topic, and
2) speculate about which ethical theories or questions are raised by this topic.

For this assignment, you are going to build upon several skills that you've learned:

• Create an object that contains objects.
• Using querySelectorAll to read a nodeList from the DOM.
• Looping through the nodeList then updating the HTML page.

Set up

Create the assignment in a "week6" folder with the typical files:

• index.html
• css/styles.css
• js/scripts.js

This is the standard structure that we'll use in all assignments.

Here is the HTML to use for this assignment. Change the meta author tag to include your name!

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

    <title>Working with Objects and NodeLists</title>
    <meta name="description" content="We want to update an HTML page with information from a data object.">
    <meta name="author" content="C SCI 212 Student">

    <!-- link to external CSS file -->
    <link rel="stylesheet" href="css/styles.css?v=1.0">
</head>
<body>
    <!-- Content of the page goes here. -->
    <h1>Introduction</h1>
    <section class="intro">
        <h2>Introduction</h2>
        <p></p>
        <p></p>
        <p></p>
        <p></p>
        <p></p>
        <p></p>
        <p></p>
    </section>

    <section class="student-info">
        <h2>Student Information</h2>
        <p></p>
        <p></p>
        <p></p>
        <p></p>
        <p></p>
        <p></p>
        <p></p>
    </section>
    
    
    <!-- link to external JS file -->
    <script src="js/scripts.js"></script>
</body>
</html>

The Problem

We have a JavaScript object that contains student information.

We want to update the HTML page with information from the JavaScript object.

Instructions

1. Use window.onload to set up your program to run after the page has been loaded.
2. Create a JavaScript object that contains the 5 JavaScript objects

Consider common applications and misconceptions about a confidence interval of a proportion.

Explain how you arrived at your answers and conclusions, showing computations as appropriate.

Below is the scenario.

From a survey that Mika conducted for this veterinary medicine class, he found that 11 households out of a total of 30 households claimed to own at least one dog or cat. Mika constructed a 95% confidence interval in order to predict the population proportion, π, leading to 0.1867 ≤π ≤ 0.5466. (He used the Excel function CONFIDENCE.NORM.)

Mika concluded that:

1) It was Ok to use the sample proportion p = 11/30 = 0.3667 to construct this confidence interval;

2) the proportion of households in this whole state that would claim to own a dog or cat would be in the range of 36.67% +/- 5% = 31.67% - 41.67%; and

3) He was glad that he had not chosen a larger sample because a sample greater than n = 30 would have caused the confidence interval to become wider and less precise.

A roulette wheel has 38 slots, numbered 0, 00, and 1 to 36. The slots 0 and 00 are colored green, 18 of the others are red, and 18 are black.The dealer spins the wheel and at the same time rolls a small ball along the wheel in the opposite direction. The wheel is carefully balanced so that the ball is equally likely to land in any slot when the wheel slows. Gamblers can bet on various combinations of numbers and colors. (a)If you bet on “red,” you win if the ball lands in a red slot. What is the probability of winning with a bet on red in a single play of roulette? (b)You decide to play roulette four times, each time betting on red. What is the distribution of X, the number of times you win? (c)If you bet the same amount on each play and win on exactly four of the eight plays, then you will “break even.” What is the probability that you will break even? (d)If you win on fewer than four of the eight plays, then you will lose money. What is the probability that you will lose money?

A firm has the opportunity to make a capital investment with the expectation that the investment will add economic value to the firm, increase customer satisfaction, and increase shareholder return. The investment is for a new supply chain inventory system, using state of the art 5G technologies and tracking capabilities. This system was recently developed and very few of your industry competitors are currently using it. To complete this case you will use Excel to format and solve a capital budget problem. Then you will answer a series of questions based on your calculations. Finally, you’ll prepare a analysis of the project using both derived data and qualitative factors. The data for the project is as follows:

For the case analysis, you are to:
1. Create an Excel spreadsheet to format and solve for each of the capital budget calculations.
a. All calculations are to be completed using Excel formulas
b. Format all dollar values w/ corresponding currency symbol
c. Use whole dollar amounts, so no decimal or cents figures
2. Answer all budget questions thoroughly. Prepare the narrative in Word or similar program, and cut and paste the narrative into the Excel spreadsheet. Please note: do not type the narrative answers directly into the spreadsheet cells.
Capital budget questions:
1. Calculate the project’s net present value. Is the project acceptable under the NPV decision-rule? Explain.
2. Calculate the project’s internal rate of return. Is the project acceptable under the IRR decision-rule? Explain.
3. Compare the NPV and IRR result for this investment. Given the result, is the project favorable and meet the economic considerations of the firm? Is there typically a preference between the NPV and IRR techniques? Explain.
4. Calculate the payback period for the project. If the firm accepts projects with payback at 7 years
or less, is the project acceptable?

Discuss in detail two qualitative factors and considerations related to this investment that the firm
should consider in addition to the quantitative and economic aspects of the project.

1. A biologist is conducting experiments with scientific cross pollination of pink roses with white, red, and orange roses. The annual experiments show that the pink can produce 60% pink and 20% white and 20% red, red can produce 40% red, 50% pink and 10% orange, orange can produce 25% orange, 50% pink and 25% white, and white can produce 50% pink and 50% white.
   1. Express the biologist situation as a Markov chain.  
   2. If the biologist started the pollination with equal number of roses then what would be the distribution after many years?

You are the newly appointed CEO of a 300-bed community hospital in the Midwest. During your first week on duty, your board president and your chief of medical staff both express the same concern to you about the hospital staff: They just don’t seem to be very motivated in performing their duties these days. Quality of care and patient satisfaction are suffering as a result.

What will you do to set about improving motivation within your healthcare professional team? Explain at least three specific motivational strategies that you will try, and also explain how you will know if your strategies have worked.