Answer:
d. $5,204
Explanation:
Interest expenses up to December 31, 2020 = (Total present value of lease payment - Lease payment on July 2021) * 8% * 6/12
= $61,600 - $8,500 * 8% * 6/12
= $53,100 * 8% * 6/12
= $2,124
Depreciation Expenses up to December 31, 2021
= Fair value of equipment / Useful life * 6/12
= ($61,600 / 10) *6/12
= $6,160 * 6/12
= $3,080
Therefore, the total decrease in earnings (Pretax) in Larlas December 31, 2021 Income statement would be
= Interest expenses + Depreciation Expenses
= $2,124 + $3,080
= $5,204
Answer:
3 1/3 years
Explanation:
Payback period is the time required for the inflows from a project to be equal to the initial outflow for the project. It is a key consideration in capital budgeting. It is usually assumed that the outlay or initial outflow is made in year 0 and the first inflow comes in after a year.
Year Cash outflow Cash inflow Balance
0 ($50,000) - ($50,000)
1 - $15,000 ($35,000)
2 - $15,000 ($20,000)
3 - $15,000 ($5,000)
4 - $15,000 $10,000
5 - $15,000 $25,000
Hence the payback period
= 3 years and 5000/15000 * 12 months
= 3 years 4 months
= 3 1/3 years
Answer:
No, Elevators, Inc. has not broken the law because payment was made in United States currency.
Explanation:
It operates a substantial business abroad for high-end luxury hotels. It authorized a project manager to "charge" a government official a charge of 500 for speeding up the building permit process. so
- Under the law, it is illegal to bribe foreign officials to get business. But there is an exception to "facilitation payments", also known as grease payments made to speed up general government functions.
- Flexible payments can be used to persuade government officials to perform work that is already being done. Although many have argued that such payments are important for their operations in some areas, such as Asia and Africa, the difference between facility payment and bribery remains unclear.
Yes and no, if you are of United States yes, if not No
Answer:
B) MC = $15
Explanation:
Base on the scenario been described in the question, the marginal cost (MC) is calculated using the following formula
To calculate marginal cost, divide the difference in total cost by the difference in output between 2 systems.
MC = 30-17/20-17
MC = $15
