Questions
When Bob moved to a new city after he changed jobs in 2017, he drove 100...

When Bob moved to a new city after he changed jobs in 2017, he drove 100 miles and paid a professional mover $1,500. His new employer reimbursed him $600 for these expenses. Assuming his move related closely to the start of his new job and he met the time and distance tests, what amount may he claim as an above-the-line adjustment for moving expenses?

Carolina passed away in 2017. Her granddaughter, Olivia, is the court-appointed personal representative for Carolina's estate. While sorting through her grandmother's documents, Olivia determines that, although Carolina timely filed her 2014 return, she neglected to claim all the deductions for which she was eligible. In January 2018, Olivia seeks your tax expertise on this matter. What can she do?

Vanessa filed her 2015 return on April 18, 2016. On July 14, 2016, she received an IRS notice stating she owed an additional $2,200 because of an error on her 2015 return. On August 1, 2016, she paid the balance due without disputing the notice. Later, she realized she qualified for a credit that would have reduced this liability. Ordinarily, the last day Vanessa could file an amended 2015 return to claim this credit would be _________.

Darrell did not have all the information he needed to file his 2016 return by the original due date, so he requested a tax-filing extension on April 18, 2017. He then filed the return and paid his balance due on September 28, 2017. Darrell later discovers he neglected to claim a credit for which he was eligible. Under ordinary circumstances, what is the last day he could amend this return?

In: Accounting

To become an effective leader, learning to use influence tactics comfortably is inevitable. If you use...

To become an effective leader, learning to use influence tactics comfortably is inevitable. If you use influence tactics naturally, without giving them much thought, there is still more to learn. For example, even a great leader such as Elton Musk might be even more effective with employees if he were more conciliatory toward those people he perceived to be of average intelligence. Being conciliatory fits the influence tactics of being charming and consulting with others. In order for many influence tactics to work well, such as being a hands-on leader or joking and kidding, the regular physical presence of a leader is valuable. Some CEOs today attempt to conduct much of their work digitally, and perhaps even live in a city 3,000 miles away from company headquarters. The lowly visible leader not only loses influence but also might be dismissed. A case in point is Federica Marchionni was forced out as CEO of Land’s End Inc. She had attempted to bring about broad changes at the catalog retailer that annoyed employees and turned away shoppers. The former Ferrari executive was never able to influence employees to accept her vision of a more fashionable Land’s End. A point of contention was that Marchionni spent about one week a month at the company’s Wisconsin headquarters, preferring instead to work out of an office in the garment district of New York.

Discussion Questions and Activities

1.Which of the influence tactics described in this chapter do you think are the most important for a person his or her first leadership assignment? Explain your reasoning.

2.Assume that as their leader, you wanted to influence minimum wage workers in an order-fulfillment center to work faster. Which one or two influence tactics are likely to be effective?

3.How might a business owner use the technique of tapping social norms to influence his or her employees to lead a healthier lifestyle?

In: Economics

Consider one of the subset regression models for each data set obtained in Problem Set 4...

Consider one of the subset regression models for each data set obtained in Problem Set 4 and answer the following questions. (i) Draw the scatter plot matrix, residual vs. predictor variable plots and added variable plots. Comment on the regression model based on these plots. (ii) Draw the normal-probability plot and comment. (iii) Draw the correlogram and comment. (iv) Detect leverage points from the data. (v) Compute Cook’s distance statistics and detect all outlier points from the data. (vi) Compute DFFITS statistics and detect all outlier points from the data. (vii) Compute DFBETAS statistics and comment.

Two data sets are given for the following variables. 30 observations on 11 variables – Miles/(US) gallon, Number of cylinders, Displacement (cu.in.), Gross horsepower, Rear axle ratio, Weight (1000 lbs), 1/4 mile time, Engine (0 = Vshaped, 1 = straight), Transmission (0 = automatic, 1 = manual), Number of forward gears, Number of carburettors. This data set is available in R as “mtcars” under the package datasets. (2) 54 observations on the 10 surgical aspects. This data set is available in R as “SurgicalUnit” under the package ALSM. Answer the following questions for each data sets. (i) Find out appropriate models among all possible subset regression models based on the criteria of adjusted R-square, Mallow’s statistic, AIC and BIC. (ii) Use the forward selection approach to find the appropriate subset regression model. (iii) Use the backward elimination approach to find the appropriate subset regression model. (iv) Use the stepwise selection approach to find the appropriate subset regression model. (v) Comment on the performance of the subset regression models obtained in (i)-(iv).

In: Statistics and Probability

Consider one of the subset regression models for each data set obtained in Problem Set 4...

Consider one of the subset regression models for each data set obtained in Problem Set 4 and answer the following questions. (i) Draw the scatter plot matrix, residual vs. predictor variable plots and added variable plots. Comment on the regression model based on these plots. (ii) Draw the normal-probability plot and comment. (iii) Draw the correlogram and comment. (iv) Detect leverage points from the data. (v) Compute Cook’s distance statistics and detect all outlier points from the data. (vi) Compute DFFITS statistics and detect all outlier points from the data. (vii) Compute DFBETAS statistics and comment.

Two data sets are given for the following variables. 30 observations on 11 variables – Miles/(US) gallon, Number of cylinders, Displacement (cu.in.), Gross horsepower, Rear axle ratio, Weight (1000 lbs), 1/4 mile time, Engine (0 = Vshaped, 1 = straight), Transmission (0 = automatic, 1 = manual), Number of forward gears, Number of carburettors. This data set is available in R as “mtcars” under the package datasets. (2) 54 observations on the 10 surgical aspects. This data set is available in R as “SurgicalUnit” under the package ALSM. Answer the following questions for each data sets. (i) Find out appropriate models among all possible subset regression models based on the criteria of adjusted R-square, Mallow’s statistic, AIC and BIC. (ii) Use the forward selection approach to find the appropriate subset regression model. (iii) Use the backward elimination approach to find the appropriate subset regression model. (iv) Use the stepwise selection approach to find the appropriate subset regression model. (v) Comment on the performance of the subset regression models obtained in (i)-(iv).

In: Statistics and Probability

ack, a geologist, opened a business organized as a C corporation called Geo-Jack (GJ) in January...

  1. ack, a geologist, opened a business organized as a C corporation called Geo-Jack (GJ) in January of this year. Jack is the sole shareholder. Assume GJ reports on a calendar year and uses the accrual method of accounting. For each item below, indicate its effect on Jack’s taxable income and you must clearly indicate whether it is positive or negative. (0.5 points each, 4 points total)

    1. In January, GJ rented a small business office about 12 miles from Jack’s home. GJ paid $14,000, which represented a damage deposit of $6,000 plus rent for two years ($4,000 annually).

      ______________

    2. GJ earned and collected $300,000 performing geological-related services and selling its specialized digging tool.

      ______________

    3. GJ purchased some new equipment in February for $53,700. It claimed depreciation on these assets during the year in the amount of $4,510.

      ______________

    4. GJ paid Jack’s father $12,000 for services that would have cost no more than $7,000 if Jack had hired any other local business to perform the services. While Jack’s dad was competent, he does not command such a premium from his other clients.

      ______________

    5. In an attempt to get his name and new business recognized, GJ paid $9,000 for a one-page ad in the Geologic Survey. It also paid $11,000 in radio ads to be run through the end of December.

Section (circle one): 12:30 / 2:00 / 3:30

______________

  1. In November, GJ’s office was broken into and equipment valued at $6,000 was stolen. The tax basis of the equipment was $6,500. GJ received $4,000 of insurance proceeds from the theft.

    ______________

  2. GJ incurred a $5,000 fine from the state government for digging in an unauthorized digging zone.

    ______________

  3. GJ reimbursed employee-salespersons $4,200 for meals involving substantial business discussion.

    ______________

In: Accounting

One of my recent papers examine important and timely research questions using a field experiment approach...

One of my recent papers examine important and timely research questions using a field experiment approach in eBay auctions: (i) Can merchandise return policy (MRP; liberalness in the MRP) increase consumers’ willingness to pay? and (ii) is the marginal impact of MRP diminishing? In this study we created three brand new eBay seller profiles, all with zip-codes located within five miles of each other in a college town in the U.S. The eBay stores received exactly the same product description, pictures, outbound shipping policies, etc. The only difference among the three sellers was the extent of liberalness in the MRP and we chose to operationalize MRP liberalness in terms of the time window during which the customer is allowed to return the purchased product. The most conservative MRP (Storefront 1 and 1a) involved a 15-day return window. According to trade publications, this return condition is more conservative than retail-industry averages. Storefront2 and 2a received a 30-day return window, which corresponds closely with retail-industry averages. Finally, Storefront3 and 3a received a 60-day return window, which is more liberal than many retailers offer at this point. The other elements of the return remained constant across the three storefronts. Therefore, in terms of overall return-policy liberalness, it could be argued that Storefront1/1a < Storefront 2/2a < Storefront 3/3a . It is important to note that it is very common in my data that we observe a customer’s bidding behavior in several auctions. [Question] During the revision stage of the journal publication process, one of the reviewer’s comment was that the I may use a fixed effects model to control for unobserved individual fixed effects. Do you agree or disagree with the above statement? Please explain with details.

In: Statistics and Probability

Boyne University offers an extensive continuing education program in many cities throughout the state. For the...

Boyne University offers an extensive continuing education program in many cities throughout the state. For the convenience of its faculty and administrative staff and to save costs, the university operates a motor pool. The motor pool’s monthly planning budget is based on operating 20 vehicles; however, for the month of March the university purchased one additional vehicle. The motor pool furnishes gasoline, oil, and other supplies for its automobiles. A mechanic does routine maintenance and minor repairs. Major repairs are performed at a nearby commercial garage.

The following cost control report shows actual operating costs for March of the current year compared to the planning budget for March.

Boyne University Motor Pool
Cost Control Report
For the Month Ended March 31
March
Actual
Planning
Budget
(Over) Under Budget
Miles 57,900 49,900
Autos 21 20
Gasoline $ 14,400 $ 13,473 $ (927 )
Oil, minor repairs, parts 8,320 7,984 (336 )
Outside repairs 1,205 1,020 (185 )
Insurance 1,840 1,720 (120 )
Salaries and benefits 8,610 8,610 0
Vehicle depreciation 4,431 4,220 (211 )
Total $ 38,806 $ 37,027 $ (1,779 )

The planning budget was based on the following assumptions:

  1. $0.27 per mile for gasoline.
  2. $0.16 per mile for oil, minor repairs, and parts.
  3. $51 per automobile per month for outside repairs.
  4. $86 per automobile per month for insurance.
  5. $8,610 per month for salaries and benefits.
  6. $211 per automobile per month for depreciation.

The supervisor of the motor pool is unhappy with the report, claiming it paints an unfair picture of the motor pool’s performance.

Required:

1. Calculate the spending variances for March. (Indicate the effect of each variance by selecting "F" for favorable, "U" for unfavorable, and "None" for no effect (i.e., zero variance). Input all amounts as positive values.)

Noreen_5e_Rechecks_2019_10_17

Nex

In: Accounting

Automobiles are often leased, and there are several terms unique to auto leases. Suppose you are...

Automobiles are often leased, and there are several terms unique to auto leases. Suppose you are considering leasing a car. The price you and the dealer agree on for the car is $31,200. This is the base capitalized cost. Other costs that may be added to the capitalized cost price include the acquisition (bank) fee, insurance, or extended warranty. Assume these costs are $1,100. Capitalized cost reductions include any down payment, credit for a trade-in, or dealer rebate. Assume you make a down payment of $2,000 and there is no trade-in or rebate. If you drive 12,000 miles per year, the lease-end residual value for this car will be $22,000 after three years.

       The lease or “money” factor, which is the interest rate on the loan, is the APR of the loan divided by 2,400. The money factor of 2,400 is the product of three numbers: 2, 12, and 100. The 100 is used to convert the APR, expressed as a percentage, to a decimal number. The 12 converts this rate to a monthly rate. Finally, the monthly rate is applied to the sum of the net capitalization cost plus the residual. If we divide this sum by 2, the result is the average anticipated book value. Thus, the end result of the calculation using the money factor is to multiply a monthly rate by the average book value to get a monthly payment. The lease factor the dealer quotes you is .00263.

       The monthly lease payment consists of three parts: Depreciation fee, finance fee, and sales tax. The depreciation fee is the net capitalized cost minus the residual value divided by the term of the lease. The finance fee is the net capitalization cost plus the residual times the money factor, and the monthly sales tax is the monthly lease payment times the tax rate.

A. What APR is the dealer quoting you?

B. What is your monthly lease payment for a 36-month lease if the sales tax is 7 percent?

In: Finance

MPG Horsepower Weight 43.1 48 1985 19.9 110 3365 19.2 105 3535 17.7 165 3445 18.1...

MPG

Horsepower

Weight

43.1

48

1985

19.9

110

3365

19.2

105

3535

17.7

165

3445

18.1

139

3205

20.3

103

2830

21.5

115

3245

16.9

155

4360

15.5

142

4054

18.5

150

3940

27.2

71

3190

41.5

76

2144

46.6

65

2110

23.7

100

2420

27.2

84

2490

39.1

58

1755

28.0

88

2605

24.0

92

2865

20.2

139

3570

20.5

95

3155

28.0

90

2678

34.7

63

2215

36.1

66

1800

35.7

80

1915

20.2

85

2965

23.9

90

3420

29.9

65

2380

30.4

67

3250

36.0

74

1980

22.6

110

2800

36.4

67

2950

27.5

95

2560

33.7

75

2210

44.6

67

1850

32.9

100

2615

38.0

67

1965

24.2

120

2930

38.1

60

1968

39.4

70

2070

25.4

116

2900

31.3

75

2542

34.1

68

1985

34.0

88

2395

31.0

82

2720

27.4

80

2670

22.3

88

2890

28.0

79

2625

17.6

85

3465

34.4

65

3465

20.6

105

3380

  1. Determine the regression coefficient, b0, b1, and b2. State the multiple regression equation.
  2. Interpret the meaning of b0, b1, and b2.
  3. Explain why the regression coefficient b0 has no practical meaning in the context of this problem.
  4. Predict the miles per gallon for cars that have 60 horsepower and weight 2,000 pounds.
  5. If you were consulting for this organization and were provided these data to make a preliminary analysis, what would be your recommended next steps for the organization? (100 words)

In: Statistics and Probability

Exercise 12-16 Identification of Relevant Costs [LO12-1] Bill has just returned from a duck hunting trip....

Exercise 12-16 Identification of Relevant Costs [LO12-1]

Bill has just returned from a duck hunting trip. He brought home eight ducks. Bill’s friend, John, disapproves of duck hunting, and to discourage Bill from further hunting, John presented him with the following cost estimate per duck:

Camper and equipment:
Cost, $20,000; usable for eight seasons; 14 hunting trips per season $ 179
Travel expense (pickup truck):
100 miles at $0.44 per mile (gas, oil, and tires—$0.30 per mile; depreciation and insurance—$0.14 per mile) 44
Shotgun shells (two boxes per hunting trip) 30
Boat:
Cost, $2,160, usable for eight seasons; 14 hunting trips per season 19
Hunting license:
Cost, $70 for the season; 14 hunting trips per season 5
Money lost playing poker:
Loss, $30 (Bill plays poker every weekend whether he goes hunting or stays at home) 30
Bottle of whiskey:
Cost, $15 per hunting trip (used to ward off the cold) 15
Total cost $ 322
Cost per duck ($322 ÷ 8 ducks) $ 40

  

Required:

1. Assuming the duck hunting trip Bill has just completed is typical, what costs are relevant to a decision as to whether Bill should go duck hunting again this season?

2. Suppose Bill gets lucky on his next hunting trip and shoots 14 ducks using the same amount of shotgun shells he used on his previous hunting trip to bag 8 ducks. How much would it have cost him to shoot the last six ducks?

In: Accounting