Answer:
It explicitly incorporates uncertainty in one or more input variables.
Explanation:
In simulation analysis we perform 1000's of calculations assigning risk of uncertainty to multiple input variables, as with increased data set the variable tend to increase.
This technique is generally used, for project management and further, decision making in many streams.
Under this probability of different results in the form of outcomes are evaluated.
Therefore, the correct statement is b.
Answer:
The answer is: the amount of inventory at the end of the year was $1,583 using the average cost method.
Explanation:
The average cost method calculates the cost of inventory by dividing the total costs of goods by the total units.
- 10 units x $60 = $600
- 25 units x $65 = $1,300
- 30 units x $68 = $2,040
- 15 units x $75 = $1,125
The total cost of inventory is $5,065 ($600 + $1,300 + $2,040 + $1,125)
The total units in inventory are 80 (10 + 25 + 30 +15)
To find the average cost per unit = $5,065 / 80 units = $63.31
If 25 units were left at the end of the year, then the total cost of inventory is $63.31 x 25 = $1,582,81 or $1,583
The most common method to measure flows of trade is the comparison between the exportation of merchandise, services, and the capital of the countries.
<h3>What is trade?</h3>
Trade is the situation where the countries buy (import) from or sell (export) to the countries outside the boundaries of their own territories.
Exports referred to the scenario where one country provides goods and services to another country abroad. The comparison of goods, services, and monetary capital of foreign countries with respect to their own countries can be used as a common method to measure the trade flows.
Therefore, the exporting of goods, services, and capital to other countries is the method to determine trade flows.
Learn more about the trade from the related link:
brainly.com/question/3617318
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Answer:
depreciation expense 2021 = $6,200
depreciation expense 2022 = $6,700
Explanation:
depreciable value = $29,000 - $200 = $28,800
depreciation expense per mile driven = $28,800 / 144,000 = $0.20
number of miles driven during 2021 = 31,000
depreciation expense 2021 = 31,000 x $0.20 = $6,200
number of miles driven during 2020 = 33,500
depreciation expense 2022 = 33,500 x $0.20 = $6,700
Answer:
a. Suppose that if you receive the stock bonus, you are free to trade it. Which form of the bonus should you choose? What is its value?
I would choose the stock bonus because the current market price = 200 x $64 = $12,800 which is much higher than $4,600 (cash bonus)
b. Suppose that if you receive the stock bonus, you are required to hold it for at least one year. What can you say about the value of the stock bonus now? What will your decision depend on?
Even if you are required to hold the stock for one year, the price difference with the cash bonus is too great = ($12,800 - $4,600) / $4,600 = 178% higher. Since you are employed by the company, you should know if the company is doing well or not, and the probable future stock price.
Only if something catastrophic happened to the company would make the cash bonus more attractive.
