Answer:
The reason why it is statisticaly misleading is because, while it is true that the average fee is $73 (the median value in statistical terms), averages are a statistical measure that is very sensitive to extreme values.
That is to say, if a value is very high, or very low, the statistical mean will be biased.
We can see this in the question. Three values are higher than the average, and relatively close: $85, $92, and $107. The third value, however, is way lower, at only $8. This extreme low value alters the median value, making it biased and misleading.
Answer
The answer and procedures of the exercise are attached in the following archives.
Step-by-step explanation:
You will find the procedures, formulas or necessary explanations in the archive attached below. If you have any question ask and I will aclare your doubts kindly.
Answer:
4.92%
Explanation:
we have to calculate the market price of the bond in one year from now but in order to do this we have to calculate the yield to maturity:
YTM = {80 + [(1,000 - 750)/10] / [(1,000 + 750)/2] = 105 / 875 = 12%
the market price of the bond in one year is:
PV of face value = $1,000 / 1.12⁹ = $360.61
PV of coupon payments = $80 x 5.3282 (PV annuity factor, 12%, 9 periods) = $426.26
market price one year from now = $786.87
capital gains yield = ($786.87 - $750) / $750 = 4.92%
Answer:
B. $600
Explanation:
The average cost method assigns a cost to inventory items based on the total cost of goods purchased (or produced) in a period divided by the total number of items purchased (or produced). Weighted Average Unit Cost is calculated by following formula:
Weighted Average Unit Cost = Total Cost of Inventory
/Total Units in Inventory
Total value purchased in July = $1,400+$220 = $1,620
Weighted Average Unit Cost = ($380+$1,620)/100 = $20
Ending inventory = 30 x $20 = $600
Noted: The company did not have date of selling merchandise. In the situation, assuming that the company uses periodic inventory system.
Answer:
a. $72,000
b. $0.36
c. $6,480
Explanation:
a. Depreciation cost = Cost of truck - Residual value
= $80,000 - $8,000
= $72,000
b. The depreciation rate = (Cost of truck - Residual value) ÷ Estimated total production
= ($80,000 - $8,000) ÷ 200,000 miles
= $72,000 ÷ 200,000 miles
= $0.36
c. The units-of-activity depreciation for the year per mile = Driven miles × Depreciation rate
= 18,000 × $0.36
= $6,480