Answer:
B. a reduction in the labor force participation rate
Explanation:
In the case when the rate of unemployment increased so there would be decrease in the labor force participation rate as the unemployment rate defines the percentage correspond with the labor force i.e. without the job or the labor force who has not in the job in the current period
hence, the correct option is B.
Answer:
The answer is 48.37
Explanation:
Future value (FV) = $220,000
Present value(PV) = $33,000
Interest rate(i) = 4 percent.
Number of years(N)= ?
Using the Texas BA II Plus financial calculator:
FV = 220,000; PV = - 33,000; I/Y= 4;
CPT N= 48.37
Therefore, the number of years is 48.37 years. It will take him 48.37 years to invest $33,000 today at a 4 percent rate in order to buy the car at a cost of $220,000
Answer:
completed units = 13,650
Explanation:
given data
Beginning inventory = 1,300 units
completed = 40 %
started = 13,000 units
inventory consisted = 650 units
completed = 70%
solution
we get here completed units that is express as
completed units = Beginning inventory + started unit - ending inventory ..............................1
put here value and we get
completed units = 1,300 + 13,000 - 650
completed units = 13,650
Answer: Option B
Explanation: Under the straight line method of depreciation, the value of the asset is divided equally to its useful life. It is computed as follows :-

NOW,
A. Straight line method as per the above equation provides for equal productivity.
B. Dividing the usefulness equally results in ignorance of change in the rate of asset use as the asset may be used less initially but more in later years.
C. As the expense from the method remains same and the actual value of the asset diminishes it results in higher rate of return.
D. Decreasing charge method charge depreciation on written down value whereas straight line charges t initial cost thus it gives higher write offs than decreasing charge.
Answer:
3) is a type of mathematical model used when the user seeks to optimize some objective function subject to some constraints
Explanation:
Optimization models are used by businesses to try to solve some specific problem by optimizing or minimizing its function.
For example, you want to optimize your inventory management. Your goal will be to lower your inventory costs by maximizing inventory turnover.