Answer:
The correct answer is Partial presentation.
Explanation:
Having the minimum presentation guidelines, the financial statements may be converted to basic statements or otherwise adapted to certain guidelines. The presentation is considered partial if it does not take into account one of the following items: (1) gross sales or income, (2) gross profit or cost of sales, (3) unusual or infrequent items, (4) provision for income taxes, (5) discontinued operations or extraordinary items, (6) income from continuing operations, (7) net income, (8) basic and diluted earnings per share, (9) significant changes in financial position.
Answer:
LIFO Periodic method
Explanation:
The LIFO means Last In First Out this means that item that have been stocked today would be sold first although there’s still some inventory from previous periods.
Using LIFO would result in lower ending inventory because closing inventory would be valued at low price which they had been bought assuming that there’s now a hick in price and goods in the warehouse were stocked when prices were low.
LIFO is used for the manipulation of profit.
Answer:
25,670.80€
Explanation:
this is an ordinary annuity since the first payment occurs one year from now. The present value of an ordinary annuity is given by the following formula:
present value = annual distribution x PV annuity factor
- annual distribution =4,000
- PV annuity factor, 9%, 10 periods = 6.4177
present value = 4,000 x 6.4177 = 25,670.80€
Answer:
a. Offered load = 1 lot / 4 hours = 6 cars/4 hours = 1.5 cars/hours
b. Demand rate = Total cars per 4 hours/20 minutes time
Demand rate = 6*4 / 20
Demand rate = 24/20
Demand rate = 1.2 cars/hours
Implied utilization = Demand rate / Offered load
Implied utilization = 1.2/1.5
Implied utilization = 0.8
Implied utilization = 80%
c. Capacity of the process = 1 lot / 5 hours
Capacity of the process = 6 / 5
Capacity of the process = 1.2 rentals per hours
d. Probability that all eight cars are rented at the same time
=> (1 - 0.8) * (0.8)^8
=> 0.2 * 0.1678
=> 0.03356
=> 3.36
Answer:
0.17
Explanation:
The computation of the expected return on investment is shown below:
= (Expected return of the outcome 1 × Probability of the outcome 1) + (Expected return of the outcome 1 × Probability of the outcome 1) + (Expected return of the outcome 1 × Probability of the outcome 1)
= (0.15× 0.50) + (0.25 × 0.30) + (0.10 × 0.20)
= 0.075 + 0.075 + 0.02
= 0.17
