1. Standard costs embody targets. The targets should:
   A. be very easy to achieve so everyone gets rewarded
   B. reflect ideal performance so the company can measure efficiency losses
   C. be used to evaluate performance and assign blame
   D. reflect a particular management team's goals
   
2. What is the typical treatment of small year-end balances in the variance accounts?
   A. Recalculate all standard costs, and adjust to the actual basis for external financial reporting purposes
   B. Close to cost of goods of sold
   C. Prorate the direct material and labor variances across cost of goods sold, work in process and finished goods inventories
   D. Prorate the variances across the raw materials, work in process, and finished goods inventories
   
3. Which of these is true?
   A. Budgeted fixed factory overhead = Budgeted overhead per unit × actual volume
   B. Budgeted fixed factory overhead = Budgeted overhead per unit × standard volume
   C. Budgeted factory overhead = (Budgeted fixed overhead per unit × budgeted volume) + actual variable overhead
   D. Budgeted factory overhead = Budgeted fixed overhead + (budgeted variable overhead x budgeted volume)
   
4. Which of the following is not a type of overhead variance?
   A. Overhead spending variance
   B. Overhead wage variance
   C. Overhead efficiency variance
   D. Overhead volume variance

Alternative Inventory Methods Park Company's perpetual inventory records indicate the following transactions in the month of June: Units Cost/Unit Inventory, June 1 200 $3.20 Purchases: June 3 200 3.50 June 17 250 3.60 June 24 300 3.65 Sales: June 6 300 June 21 200 June 27 150 Required: 1. Compute the cost of goods sold for June and the inventory at the end of June using each of the following cost flow assumptions: If required, round your answers to the nearest dollar. FIFO Cost of Goods Sold $ Ending Inventory $ LIFO (Round your intermediate calculations and final answers to the nearest cent.) Cost of Goods Sold $ Ending Inventory $ Average cost (In your computations, round new per unit costs to the nearest cent. Round your intermediate computations and final answers to the nearest dollar.) Cost of Goods Sold $ Ending Inventory $ 2. Why are the cost of goods sold and ending inventory amounts different for each of the three methods? 3. produces the most realistic amount for net income because it produces the most realistic amount for ending inventory because it 4. If Park uses IFRS, which of the previous alternatives would be acceptable and why? The input in the box below will not be graded, but may be reviewed and considered by your instructor.

Suppose that the LM curve is vertical. This implies that:

QUESTION 1 Suppose that in 2013, the total value of all final services produced in a nation was $300 billion; the total value of all final goods produced in that nation was $400 billion; and the total value of all final goods and services produced by that nation's firms in other countries was $200 billion. Gross domestic product was $700 billion. $500 billion. $600 billion. $900 billion. 0.41999 points QUESTION 2 If nominal Gross Domestic Product (GDP) in 2005 was $500 billion with a price index of 100, what would be the real Gross Domestic Product (GDP) in 2013 if the 2013 nominal Gross Domestic Product (GDP) was $900 billion and the 2013 price index was 140? $643 billion $900 billion $540 billion $800 billion 0.41999 points QUESTION 3 Nominal income per person in the United States in 1960 was about $2,800 per year, while in 1990 nominal income per person was about $21,000. This indicates that a dollar in 1960 was worth less than a dollar in 1990. people enjoyed a standard of living about 7.5 times higher in 1990 than in 1960. the average person would consider him/herself about 7.5 times happier in 1990 than in 1960. nominal income was about 7.5 times greater in 1990, but we can't tell if this increase is due to inflation, economic growth, or a combination of the two. 0.41999 points QUESTION 4 An example of a nondurable good is items purchased at a grocery store. the services of a cleaning person. a refrigerator. the purchase of labor for a business. 0.41999 points QUESTION 5 Your parents surprise you with a $500 check. As a result, the U.S. GDP decreases because you will spend it on useless goods. increases because this is unexpected income to you. remains unchanged because it was counted when your parents earned it. decreases because you have to pay taxes on this income. 0.41999 points QUESTION 6 GDP does NOT measure the well-being of a nation's residents because it excludes the value of intermediate goods. includes the value of final goods and services produced in the economy. excludes the sale of secondhand goods. excludes nonmarket transactions. 0.41999 points QUESTION 7 Mental or physical labor or help purchased by consumers is a(n) nondurable consumer good. durable consumer good. investment. service. 0.41999 points QUESTION 8 The values of variables such as GDP expressed in current dollars are referred to as real values. the price index. a deflator. nominal values. 0.41999 points QUESTION 9 The total factor payments to all resource owners is called national income. personal income. net domestic product. gross domestic income. 0.41999 points QUESTION 10 In the product market, consumers trade resources for goods and services. businesses trade goods and services for resources. consumers trade goods and services for resources. consumers trade monetary payments for goods and services. 0.41999 points QUESTION 11 (amounts in billions of dollars) According to the above table, Gross Domestic Product as calculated by the expenditure approach is $13,384 billion. $13,617 billion. $14,337 billion. $13,278 billion. 0.41999 points QUESTION 12 Goods used up entirely in the production of final goods are production goods. intermediate goods. process goods. inventory goods. 0.41999 points QUESTION 13 Refer to the above table. The production of this good goes through 4 different stages of production. What is the total dollar value added when production is completed? $0.75 $0.07 $0.32 Cannot be computed without more information. 0.41999 points QUESTION 14 Calculating Gross Domestic Product (GDP) by the income approach would require including all transfer payments by the government. all wages paid. the market value of all final goods and any profits. all restaurant sales. 0.41999 points QUESTION 15 (amounts in billions of dollars) According to the above table, national income is $11,968 billion. $11,943 billion. $11,866 billion. $12,637 billion.

solve with python 3.8 please

1,Write a function called make_squares_coordinate_pair that has one parameter - an int. The function should return a tuple containing that int and its square. Suppose you

were to call your function like this:

print(make_squares_coordinate_pair(5))

This should output:

(5, 25)

Your function MUST be called make_squares_coordinate_pair. You can write code in the main part of your program to test your function, but when you submit, your code must ONLY have the function definition!

2,

Write a function called add_coordinates that has two tuple parameters. It should assume each tuple has two ints. It should return a tuple of size two that is the sum of the two tuples it was given. In other words, the 0th item in the returned tuple should be the sum of the 0th items in the parameter tuples, and the 1st item in the returned tuple should be the sum of the 1st items in the parameter tuples.

Suppose you call your function like this:

print(add_coordinates((2, 3), (-3, 4)))

This should output:

(-1, 7)

Your function MUST still be called add_coordinates. You can write code in the main part of your program to test your function, but when you submit, your code must ONLY have the function definition!

3,

Write a function called print_positive_multiples that takes two int parameters. It prints positive multiples of the first parameter. The second parameter determines how many multiples are printed. If you call your function with 4 and 5 as arguments, your function should print the first 5 positive multiples of 4, like this:

4
8
12
16
20

Your function MUST be called print_positive_multiples. You can write code in the main part of your program to test your function, but when you submit, your code must ONLY have the function definition!

In the lab, you mixed 3.8 g of iron(III) chloride hexahydrate, with 9g of potassium oxalate monohydrate and produced 5.2g of a green crystalline product [K3Fe(C2O4)3·3H2O], along with aqueous potassium chloride and water. What is the percent yield of the green crystalline product?

Hint: For z-scores with a magnitude greater than 3.8, we know from the z-table that the probability of a random case or sample mean being further from the population mean is less than .0001. This is true if z is 3.9, -4, or 24. Basically, if a case is that much of an outlier, it’s really unlikely

1. In Wisconsin in 2014, there was a mean of 1128.8 injury-related emergency room visits per day (population mean), with a standard deviation of 349.3 (population standard deviation). a) In a random sample of 81 days, what is the probability that the sample mean for number of injury-related emergency room visits in Wisconsin is lower than 1000? b) In a random sample of 49 days, what is the probability that the sample mean for this variable is between 1,100 and 1,200?

2. Average beer consumption per capita in America is 78.4 liters per year, with a standard deviation of 37.6 liters. a) What is the probability that a random sample of 90 Americans produces a mean for beer consumption between 70 and 75 liters per year? b) What is the probability that a random sample of 10 Americans would drink on average more than 100 liters in a year?

3. Last season, the Milwaukee Bucks’ Giannis Antetokounmpo scored a mean of 26.9 points per game, with a standard deviation of 6.2 points. What is the probability that, in a random sample of 9 games from last season, Giannis would average over 30 points per game?

You are given a number of 37 Ω resistors, each capable of dissipating only 3.8 W without being destroyed. What is the minimum number of such resistors that you need to combine in series or in parallel to make a 37 Ω resistance that is capable of dissipating at least 11.3 W?

For a data set obtained from a sample, n=77 and x⎯⎯=46.30. It is known that σ=3.8.

a. What is the point estimate of μμ?

b. Make a 95% confidence interval for μ.

Round your answers to two decimal places.

c. What is the margin of error of estimate for part b?

Round your answer to three decimal places.