An author argues that more​ American-born baseball players have birth dates in the months immediately following July 31 because that was the age cutoff date for nonschool baseball leagues. The table below lists months of births for a sample of​ American-born baseball players and​ foreign-born baseball players. Using a 0.01 significance​ level, is there sufficient evidence to warrant rejection of the claim that months of births of baseball players are independent of whether they are born in​ America? Do the data appear to support the​ author's claim?

Identify the test statistic.

Identify the​ P-value.

State the final conclusion that addresses the original claim.

An author argues that more​ American-born baseball players have birth dates in the months immediately following July 31 because that was the age cutoff date for nonschool baseball leagues. The table below lists months of births for a sample of​ American-born baseball players and​ foreign-born baseball players. Using a

0.01

significance​ level, is there sufficient evidence to warrant rejection of the claim that months of births of baseball players are independent of whether they are born in​America? Do the data appear to support the​ author's claim

Identify the null and alternative hypotheses for this test.

A.

Upper H 0H0​:

The frequency of births is dependent of the month.

Upper H 1H1​:

The frequency of births is independent of the month.

B.

Upper H 0H0​:

The frequency of births is independent of the month.

Upper H 1H1​:

The frequency of births is dependent of the month.

C.

Upper H 0H0​:

Months of births of baseball players are independent of where they are born.

Upper H 1H1​:

Months of births of baseball players are dependent of where they are born.Your answer is correct.

D.

Upper H 0H0​:

Months of births of baseball players are dependent of where they are born.

Upper H 1H1​:

Months of births of baseball players are independent of where they are born.

Identify the test statistic.

nothing

​(Round to three decimal places as​ needed.)

An author argues that more​ American-born baseball players have birth dates in the months immediately following July 31 because that was the age cutoff date for nonschool baseball leagues. The table below lists months of births for a sample of​ American-born baseball players and​ foreign-born baseball players. Using a 0.01 significance​ level, is there sufficient evidence to warrant rejection of the claim that months of births of baseball players are independent of whether they are born in​ America? Do the data appear to support the​ author's claim? Jan. Feb. March April May June July Aug. Sept. Oct. Nov. Dec. Born in America 384 326 367 347 335 310 310 502 420 432 396 374 Foreign Born 100 81 84 82 95 84 59 91 69 101 102 83 Identify the null and alternative hypotheses for this test. A. Upper H 0​: Months of births of baseball players are independent of where they are born. Upper H 1​: Months of births of baseball players are dependent of where they are born. B. Upper H 0​: The frequency of births is dependent of the month. Upper H 1​: The frequency of births is independent of the month. C. Upper H 0​: The frequency of births is independent of the month. Upper H 1​: The frequency of births is dependent of the month. D. Upper H 0​: Months of births of baseball players are dependent of where they are born. Upper H 1​: Months of births of baseball players are independent of where they are born. Identify the test statistic. nothing ​(Round to three decimal places as​ needed.) Identify the​ P-value. nothing ​(Round to three decimal places as​ needed.) State the final conclusion that addresses the original claim. ▼ Reject Do not reject Upper H 0. There is ▼ sufficient not sufficient evidence to warrant rejection of the claim that months of births of baseball players are independent of whether they are born in America.

Consider the following database schema for a BOOKSTORE database:

• Books (bookid, title, author, year)
• Customers (customerid, name, email)
• Purchases (customerid, bookid, year)
• Reviews (customerid, bookid, rating)
• Pricing (bookid, format, price)

The Books relation stores information about books sold by the bookstore. Note that bookid is the primary key. An example tuple is as follows:

(105, 'JAVA PROGRAMMING', 'JOHN DOE', 2001)

The Customers relation stores information about the customers of the bookstore. Note that customerid is the primary key. An example tuple is as follows:

(210, 'JOHN SMITH', '[email protected]')

The Purchases relation stores information about the customer purchases of books. Note that customerid and bookid form the primary key. An example tuple is as follows:

(210, 105, 2002), indicating that 'JOHN SMITH' with customerid 210 purchased the 'JAVA PROGRAMMING' book with bookid 105 in the year 2002.

The Reviews relation stores information about the customer reviews/ratings of the books. The ratings field refers to the number of "stars" given to the book. Note that customerid and bookid form the primary key. An example tuple is as follows:

(210, 105, 3), indicating that 'JOHN SMITH' with customerid 210 gave a 3-star rating to the 'JAVA PROGRAMMING' book with bookid 105.

The Pricing relation stores information about the price of the various books sold by the bookstore. Note that the same book can be available in multiple formats at possibly different prices. The price field refers to the number of dollars. For instance a $25 purchase will have a price field of 25. Note that the bookid and format fields form the primary key for the relation. An example tuple is as follows:

(105, 'AUDIO', 25), indicating that the 'JAVA PROGRAMMING' book with bookid 105 is available in the audio format for $25.

Given the above schema, write queries for the following:

1. Find books (show their titles) written by 'EDMUND MORGAN' since year 1990.
2. Find books (show their titles, authors and prices) that are on 'CIVIL WAR' (i.e., the title field contains 'CIVIL WAR'), available in 'AUDIO' format.
3. For each year, 'JOHN CHAMBERS' purchased at least one book, find the number of books purchased. That is, the output should be a set of tuples, each indicating a year and the number of books purchased by 'JOHN CHAMBERS' in that year.
4. Find customers (show their names and email addresses) who purchased more than one book in year 2003.
5. Find the ratings information (show titles, authors and average ratings) for books on 'CIVIL WAR' (i.e., title contains 'CIVIL WAR').

On january 1st 2016, the company purchased the above asset.

36) Eric, an employee of sam’s club, earned $ 120000 in 2016. The taxable wage base in 2016 is $ 118500 How much FICA tax should Eric pay in 2016? Please answer the following two questions ?

A) $9180

b) $9065.25

c) $9087

d) $8789

37) How much federal unemployment tax should been on behalf of Eric in 2016 ?

A) $7440

B) $434

C) $7200

D) $420

Aiello, Inc. had the following inventory in fiscal 2016. Compute the company’s cost of goods sold for fiscal 2016 assuming the company used a) FIFO and b) LIFO methods of accounting for inventory:

Beginning Inventory, January 1, 2016: 130 units @ $15.00

Purchase 200 units @ $18.00

Purchase 50 units @ $13.50

Purchase 110 units @ $15.75

Ending Inventory, December 31, 2016: 120 units

Return filed-when? Assume a 4/15 due date absent an extension.

Mr. B got an automatic six-month extension of time to file his return on or before October 15, 2016. He mailed the return on July 8, 2016, the post office postmarked the envelope on July 10, 2016, and the IRS received the return on July 13, 2016. What is the date the return was filed? (Please, explain)

Let t be a positive integer. Prove that, if there exists a Steiner triple system of index 1 having v varieties, then there exists a Steiner triple system having v^t varieties

Is the following equation dimensionally correct?

v= sqrt(pH/PE)

v= feet per second

p = grams per cubic cm

H = height in feet

PE = joules