The following account balances are for the Agee Company as of January 1, 2017, and December 31, 2017. All amounts are denominated in kroner (Kr).
January 1, 2017 December 31, 2017
Accounts payable (18,000) (32,500)
Accounts receivable 51,000 101,000
Accumulated depreciation—buildings (42,000) (47,000)
Accumulated depreciation—equipment 0 (7,200)
Bonds payable—due 2020 (61,000) (61,000)
Buildings 131,000 103,500
Cash 57,000 10,200
Common stock (66,000) (76,000)
Depreciation expense 0 37,000
Dividends (10/1/17) 0 54,000
Equipment 0 61,000
Gain on sale of building 0 (8,200)
Rent expense 0 20,700
Retained earnings (52,000) (52,000)
Salary expense 0 42,000
Sales 0 (151,000)
Utilities expense 0 5,500
Additional Information
Agee issued additional shares of common stock during the year on April 1, 2017. Common stock at January 1, 2017, was sold at the start of operations in 2010.
Agee purchased buildings in 2011 and sold one building with a book value of Kr 22,500 on July 1 of the current year.
Equipment was acquired on April 1, 2017.
Relevant exchange rates for 1 Kr were as follows:
2010 $2.75
2011 2.55
January 1, 2017 2.85
April 1, 2017 2.95
July 1, 2017 3.15
October 1, 2017 3.25
December 31, 2017 3.35
Average for 2017 3.05
Assuming the U.S. dollar is the functional currency, what is the remeasurement gain or loss for 2017? The December 31, 2016, U.S. dollar-translated balance sheet reported retained earnings of $145,200, which included a remeasurement loss of $28,300.
Assuming the foreign currency is the functional currency, what is the translation adjustment for 2017? The December 31, 2016, U.S. dollar-translated balance sheet reported retained earnings of $162,250, and a cumulative translation adjustment of $9,650 (credit balance).
(Input all answers as positive.)
1-Reasurement: Gain: ________________
2-Translation adjustment: Positive:______________
In: Accounting
Problem 10-34 (LO 10-3, 10-4)
The following account balances are for the Agee Company as of January 1, 2017, and December 31, 2017. All amounts are denominated in kroner (Kr).
January 1, 2017 December 31, 2017
Accounts payable (24,000 ) (31,500 )
Accounts receivable 45,000 95,000
Accumulated depreciation—buildings (36,000 ) (41,000 )
Accumulated depreciation—equipment 0 (6,600 )
Bonds payable—due 2020 (55,000 ) (55,000 )
Buildings 125,000 100,500
Cash 51,000 9,600
Common stock (60,000 ) (71,000 )
Depreciation expense 0 31,000
Dividends (10/1/17) 0 48,000
Equipment 0 46,000
Gain on sale of building 0 (7,600 )
Rent expense 0 18,100
Retained earnings (46,000 ) (46,000 )
Salary expense 0 36,000
Sales 0 (133,000 )
Utilities expense 0 7,500
Additional Information
*Agee issued additional shares of common stock during the year on April 1, 2017. Common stock at January 1, 2017, was sold at the start of operations in 2010.
*Agee purchased buildings in 2011 and sold one building with a book value of Kr 5,100 on July 1 of the current year.
*Equipment was acquired on April 1, 2017.
Relevant exchange rates for 1 Kr were as follows:
2010 $ 2.45
2011 2.25
January 1, 2017 2.55
April 1, 2017 2.65
July 1, 2017 2.85
October 1, 2017 2.95
December 31, 2017 3.05
Average for 2017 2.75
a) Assuming the U.S. dollar is the functional currency, what is the remeasurement gain or loss for 2017? The December 31, 2016, U.S. dollar-translated balance sheet reported retained earnings of $96,600, which included a remeasurement loss of $13,000.
b) Assuming the foreign currency is the functional currency, what is the translation adjustment for 2017? The December 31, 2016, U.S. dollar-translated balance sheet reported retained earnings of $112,500, and a cumulative translation adjustment of $10,800 (credit balance).
In: Accounting
Question 4
Consider each of the following independent and material situations, identified below (i-vi). In each case:
Required:
If no action is taken by management for each of the events described above (i-v), determine the most appropriate audit opinion to be issued.
In: Accounting
Pharoah Corporation provides the following information about its
defined benefit pension plan for the year 2020:
| Current service cost | $225,600 | ||
| Contribution to the plan | 263,100 | ||
| Past service cost, effective December 31, 2020 | 25,600 | ||
| Actual return on plan assets | 160,000 | ||
| Benefits paid | 106,000 | ||
| Net defined benefit liability at January 1, 2020 | 400,600 | ||
| Plan assets at January 1, 2020 | 1,600,000 | ||
| Defined benefit obligation at January 1, 2020 | 2,000,600 | ||
| Interest/discount rate on the DBO and plan assets | 10% |
Pharoah follows IFRS.
QUESTIONS:
A) Prepare a continuity schedule for 2020 for the defined benefit obligation.
B) Prepare a continuity schedule for 2020 for the plan assets.
C) Calculate pension expense for the year 2020.
D) Prepare all pension journal entries recorded by Pharoah in 2020.
E) What pension amount will appear on Pharoah’s SFP at December 31, 2020?
In: Accounting
Please Use your keyboard (Don't use handwriting) Thank you..
I need new and unique answers, please. (Use your own words, don't copy and paste)
HCI 314
Write a page and a half (400-600 words) in an essay style answer to respond to the following question:
Disruptive innovation is a driver for change in public health informatics. As a Health Informatics professional which innovation do you think has the greatest impact during COVID-19 pandemic and why?
_____
please re -write my answer to be unique answer.. I need new and unique answers, please. (Use your own words, don't copy and paste)
Protect yourself and others from COVID-19.it is spreading in your community, stay safe by taking some simple precautions, such as physical distancing, wearing a mask, keeping rooms well ventilated, avoiding crowds, cleaning your hands, and coughing into a bent elbow or tissue. Check local advice where you live and work.
How to prevent covid 19
In: Nursing
Felton J. (SSN 322-95-1426, born 5/26/1973) and Mary I. Smith (SSN 236-09-2784, born 6/7/1976) are married and live at 22 Fancy Avenue, Richmond, VA 23240. Felton is a computer programmer and Mary is a school clerk. They have three children - Peter, Marie, and Martin. Felton and Mary provided all of the support for their children. Peter (SSN 091-46-5912), born 5/26/2000) is a full-time college student and worked at a pet store part-time where he earned $5,100. Marie (SSN 233-12-6464, born 2/10/2003) is a full-time high school student and worked at a supermarket earning $2,100. Peter and Marie had no other income. Martin (SSN 131-44-2687, born 7/4/2010) had no income.
The Smiths paid $3,200 to Genesis Learning Center for Martin’s after school program. The EIN is 20-6548732 and it is located at 35 Lilly Drive, Richmond VA 23241. They received ordinary interest of $59.40 from Bank of Richmond. Felton earned $31,200 and paid Federal Income tax of $2,260. Mary earned $20,400 and paid $986 in Federal Income Tax. In addition, they run a lawn mowing business that yielded gross receipts of $6,500 and had the following expenses: maintenance, $250; advertising, $75; supplies, $750; and fuel, $275. The business uses the cash basis for accounting purposes and the Smiths both materially participated in its operation.
The Smiths filed a joint return in 2016 and had itemized deductions of $13,850. Their 2016 state income tax deduction was $2,990. In 2017, the Smiths paid the following expenses:
Dental bills $ 415
Mortgage Interest $ 7,850
Real estate taxes $1,850
Home Insurance Premiums $ 2,100
Medical bills $ 825
Hearing aid (Marie) $ 225
Goodwill contribution (clothing FMV) $ 180
Toothpaste and other toiletries $ 115
Athletic club membership $ 650
Family health insurance $1,350
Cash donated to a Church $ 580
Prescription drugs $ 195
Personal property taxes $ 405
Back brace (Peter) $ 185
Junior Sluggers baseball league $ 20
Prepare the Smith’s Income Tax Return for 2019.
In: Accounting
Evaluate Stephen Moehrle article 2010) on response to the Financial Accounting Standards Board's and International Accounting Standard Boatd's Joint Discussion paper Entitled preliminary views on Financial Statement Presentation.
In: Accounting
In: Economics
Take two identical closed strings, both tracing out exactly the same path in space. These two strings are coincident everywhere. Call this state I.
Take a single closed string following exactly the same closed path as in the first case, but not closing just yet. The string goes around exactly the same path once again before closing in on itself. Two cycles around the same closed path. Call this state II.
String field theory tells us unambiguously states I and II are distinct.
Stretch this closed path to make it much larger than the string scale. Supposedly, stringy nonlocality only happens at the string scale. States I and II still differ.
Partition target space into local regions the size of the string scale. The path cuts across a chain of such local regions. If string theory were local, we can reconstruct the state of the entire universe from the restricted states of each subregion if we allow for quantum entanglement between regions. Locally, states I and II ought to be indistinguishable over each local region. For each local region, we always see two string segments passing through it. Thus, states I and II have to be identical?
This can't be. Either string theory is inherently nonlocal over scales much larger than the string scale, or it obeys Maxwell-Boltzmann statistics and not Bose-Einstein statistics.
This isn't some Aharonov-Bohm effect. Even if we include all the local regions in the "interior" of the closed loop, this doesn't change matters the least bit.
PS. Please reread my question more carefully. What you call configuration III is actually my configuration I.
PPS: Let me try to understand your explanation. If we have N coincident strings, or a string which winds round the same loop N times or any other combination in between, this can be described by an SN discrete gauge symmetry. The conjugacy class of the holonomy of this discrete gauge symmetry around the loop distinguishes between the various combinations. Feel free to correct me if I am wrong. This has the flavor of parastatistics, does it not?
In: Physics
Within the next decade, hydrogen fuel cell technology may emerge as a popular engine alternative within the automotive industry. Hydrogen gas storage technology, which remains a key issue to public safety, is continuing to advance. However, recent research has shown that polymer tanks that are reinforced with carbon fiber can achieve operating pressures above 50 MPa. For this example, consider a hydrogen refueling station that (for safety reasons) dispenses hydrogen gas to vehicles at a constant 20 MPa. Your car has a 65 L fuel tank. When you pull up to the station, your tank is at a pressure of 200 kPa (absolute). You may assume that the temperature of the hydrogen supply (of the refueling station), as well as the initial temperature of your tank are both at 300 K.
(a) If you add a mere 70 grams of hydrogen into your tank, what is the temperature rise inside of your fuel tank?
106.8 K
(b) After that little bit of hydrogen is added, what is the new pressure within your tank?
2077.6 kPa
(c) If instead of just adding a little fuel, you decide to fill up, how much hydrogen will fit in your tank? **Note: "Filling up" means you hold down the handle until no more fuel will flow into your tank. This happens when your tank pressure reaches the pressure of the hydrogen dispenser (20 MPa).
.737 kg
(d) What is the temperature within your tank after the fillup?
427.4 K
*** these are the answers i got but they are not correct
In: Other