Answer:
Excluded from GDP
The production of the set of tires does not included on the GDP as it is referred to as an intermediate goods which are used to produce the final product (which is the two door coupe, in this case).
Explanation:
Gross domestic Production (GDP) represent the total production of a nation within its domestic borders. Some of the items that are excluded in GDP include: sales of goods that were produced outside the domestic borders of the country, intermediate goods that are used to produce other final goods, sales of used goods, illegal sales of goods and services (black market) and transfer payments made by the government
Answer:
core competency
Explanation:
Core competency -
It refers to as the characteristics of the business or company in order to stand out from rest in the competitive market , is referred to as the core competency .
It consists of innovative skills , resources , technology , manpower , which makes a particular company far more better than rest of the companies .
Hence , from the given scenario of the question ,
The correct answer is core competency .
Answer:
Gross Margin $82,130
Explanation:
The computation of the gross margin under the absorption costing approach is as follows:
Sales ($147 × 1,910 units) $280,770
Less:
Direct Material ($47 × 1,910 units) $89,770
Direct Material ($34 x 1,910 units) $64,940
Variable Manufacturing Overhead ($5 × 1,910 units) $9,550
Fixed Manufacturing Overhead ($39,600 ÷ 2,200 units) × $1,910 units $34,380
Gross Margin $82,130
Answer:
The geometric average return for this stock was <u>8.64%</u>.
Explanation:
Geometric average return refers to the return which will result in the correct compounded dollars at the end of the time period.
Geometric average return can be computed using the following formula:
Geometric average return = {[(1 + r1)(1 + r2) ... (1 + rn)]^(1/n)} - 1 ......... (1)
Where r is returns from year 1 to year n.
For the stock in the question, we have:
r1 = 9.62%, 0.0962
r2 = -14.65%, or -0.1465
r3 = 19.85%, or 0.1985
r4 = 25.35%, or 0.2535
r5 = 7.65%, or 0.0765
n = 5
Substituting the values into equation (1), we have:
Geometric average return = {[(1 + 0.0962)(1 - 0.1465)(1 + 0.1985)(1 + 0.2535)(1 + 0.0765)]^(1/5)} - 1
Geometric average return = {1.51310732605096^0.20} - 1
Geometric average return = 0.0864, or 8.64%
Therefore, the geometric average return for this stock was <u>8.64%</u>.
Answer:
-28.1%
Explanation:
Calculation for what would a 30% loss next year be outside the 95% confidence interval for the portfolio
The standard deviation of 95% confident will be 2
The first step is to find the Upper tail using this formula
Upper tail= Average return percentage +(Standard deviation of 95% confident *Standard deviation of its returns)
Let plug in the formula
Upper tail=0.113+(2*0.197)
Upper tail =0.113+0.394
Upper tail=0.507*100
Upper tail =50.7%
Second step is to find the Lower tail using this formula
Lower tail=Average return percentage -(Standard deviation of 95% confident *Standard deviation of its returns)
Let plug in the formula
Upper tail=0.113-(2*0.197)
Upper tail =0.113-0.394
Upper tail=-0.281*100
Upper tail =28.1%
Based on the above calculation the lower tail was -28.1% which means that it wouldn't in any way loss more than the 30% of it value next year outside the 95% confidence interval for the portfolio
