You can find Money Supply data by going to: federalreserve.gov/

• In order, do the following:
  • Select the "Data" tab
  • Select "Money Stock Measures - H.6"
  • Select "Data Download"
  • Under "Select a Preformatted Data Package"
  • Using the down arrow towards the right, select "H.6 Historical Table 1"
  • Select "Format Package"
  • Check "Dates"
  • For dates use: January 2016 and December 2019
  • Under "File Type" use Excel if you have it, otherwise use CSV.
  • Leave everything else the same.
  • Click "Go to Download"
  • Click "Download File"
  • Open the Excel or CSV file that is downloaded.
  • You will see a table with 5 columns, the first column being dates. Use the "M1.M" column (the first column). You need money supply data for 4 years, use the December M1.1 number for each year to calculate velocity starting with 2016. Remember that the numbers you downloaded are in billions.
  • Submit the velocity for each year, showing me your work, and answering the questions below.

Answer the following questions with the velocity over the last 4 years.

1. How stable was "V" during this period (2016-2019)?
2. Did "V" increase or decrease over the period?

Create an example schema representing Edgar Rice Burroughs published works starting with him as an author and representing most of the metadata present in the following site/list of books.

http://www.gutenberg.org/ebooks/author/48 (Links to an external site.)

You need to include 5 books in your example schemas.

Create a JSON schema representing 5 of an author (Edgar Rice Burroughs) works.

Both methionine and cysteine contain Sulphur atoms and may combine to form disulfide bridges? T/F

Both transcription and translation require primers for them to occur T/F

The conversion of acetyl CoA to malonyl CoA is the commitment step for β-oxidation. T/F

If you were the President of the United States and had to choose between spending on improvements in infrastructure (bridges, roads, trains, etc.), providing health care guarantees to families, or enhancing our military strength, which would you choose? Explain why in as much detail as possible.

JAVA Program: Data visualization

(1) Prompt the user for a title for data. Output the title.
Ex:

Enter a title for the data:
Number of Novels Authored
You entered: Number of Novels Authored

(2) Prompt the user for the headers of two columns of a table. Output the column headers.
Ex:

Enter the column 1 header:
Author name
You entered: Author name

Enter the column 2 header:
Number of novels
You entered: Number of novels

(3) Prompt the user for data points. Data points must be in this format: string, int. Store the information before the comma into a string variable and the information after the comma into an integer. The user will enter -1 when they have finished entering data points. Output the data points. Store the string components of the data points in an ArrayList of strings. Store the integer components of the data points in a second ArrayList of integers.
Ex:

Enter a data point (-1 to stop input):
Jane Austen, 6
Data string: Jane Austen
Data integer: 6

(4) Perform error checking for the data point entries. If any of the following errors occurs, output the appropriate error message and prompt again for a valid data point.

• If entry has no comma
• Output: Error: No comma in string.
• If entry has more than one comma
• Output: Error: Too many commas in input.
• If entry after the comma is not an integer
• Output: Error: Comma not followed by an integer.

Ex:

Enter a data point (-1 to stop input):
Ernest Hemingway 9
Error: No comma in string.

Enter a data point (-1 to stop input):
Ernest, Hemingway, 9
Error: Too many commas in input.

Enter a data point (-1 to stop input):
Ernest Hemingway, nine
Error: Comma not followed by an integer.

Enter a data point (-1 to stop input):
Ernest Hemingway, 9
Data string: Ernest Hemingway
Data integer: 9

(5) Output the information in a formatted table. The title is right justified with a minimum of 33 characters. Column 1 is left justified with a minimum of 20 characters. Column 2 is right justified with a minimum of 23 characters.
Ex:

        Number of Novels Authored
Author name         |       Number of novels
--------------------------------------------
Jane Austen         |                      6
Charles Dickens     |                     20
Ernest Hemingway    |                      9
Jack Kerouac        |                     22
F. Scott Fitzgerald |                      8
Mary Shelley        |                      7
Charlotte Bronte    |                      5
Mark Twain          |                     11
Agatha Christie     |                     73
Ian Flemming        |                     14
J.K. Rowling        |                     14
Stephen King        |                     54
Oscar Wilde         |                      1

(6) Output the information as a formatted histogram. Each name is right justified with a minimum of 20 characters.
Ex:

         Jane Austen ******
     Charles Dickens ********************
    Ernest Hemingway *********
        Jack Kerouac **********************
 F. Scott Fitzgerald ********
        Mary Shelley *******
    Charlotte Bronte *****
          Mark Twain ***********
     Agatha Christie *************************************************************************
        Ian Flemming **************
        J.K. Rowling **************
        Stephen King ******************************************************
         Oscar Wilde *

A stopwatch is to be used to estimate the time between the start and end of an event. Event duration might range from several seconds to 10 minutes. Estimate the probable uncertainty in a time estimate using a hand-operated stopwatch that claims an accuracy of 1 min/month (95%) and a resolution of 0.01 s.

Please show DETAILED work please.

How is Uc calculated?(Explain)

A pizza delivery driver, always trying to increase tips, runs an experiment on his next 90 deliveries. He flips a coin to decide whether or not to call a customer from his mobile phone when he is five minutes away, hoping this slight bump in customer service will lead to a slight bump in tips. After 90 deliveries, he will compare the average tip percentage between the customers he called and those he did not.

g) Is the experiment blind? Can it be double-blind? Explain.

h) Name some confounding variables that might influence the experiment's results.

Suppose that you have been hired by the UF student health services department to design a cohort study to assess the following hypothesis among UF students: Irregular sleep patterns increase the risk of headaches.

please note key word is "DESIGN A COHORT STUDY" not a case control study. chegg answered the same question but for case-control design. i need help for the cohort study though same questions

Be sure that your design addresses the following elements:

1. Refine the study hypothesis so that it is as specific as possible and contains all elements of a “good” hypothesis.
2. How will you identify and define the cases?
   • Are there any exclusion criteria that you would apply?
3. How will you sample from the underlying population for your “controls”?
   • Who will you select as controls?
   • How will you select them?

4. How will you define the exposure of interest?
   • How will you collect the information on exposure?
5. What other information do you want to know about participants that may be related to the exposure of interest and/or the outcome (potential confounders)? Of these, what will you be able to collect and what will you be unable to collect?
6. Which measures of disease frequency and association will you calculate?
7. What are the strengths and limitations of your study?
   • Which limitations could be removed by using a different study design?
8. What other information would you like to know to design this study?

Consider an experiment where fair die is rolled and two fair coins are flipped. Define random variable X as the number shown on the die, minus the number of heads shown by the coins. Assume that all dice and coins are independent.

(a) Determine f(x), the probability mass function of X

(b) Determine F(x), the cumulative distribution function of X (write it as a function and draw its plot)

(c) Compute E[X] and V[X]

use c++

(5) Output the information in a formatted table. The title is right justified with a setw() value of 33. Column 1 has a setw() value of 20. Column 2 has a setw() value of 23. (3 pts)

Ex:

        Number of Novels Authored
Author name         |       Number of novels
--------------------------------------------
Jane Austen         |                      6
Charles Dickens     |                     20
Ernest Hemingway    |                      9
Jack Kerouac        |                     22
F. Scott Fitzgerald |                      8
Mary Shelley        |                      7
Charlotte Bronte    |                      5
Mark Twain          |                     11
Agatha Christie     |                     73
Ian Flemming        |                     14
J.K. Rowling        |                     14
Stephen King        |                     54
Oscar Wilde         |                      1