The word that comes in the blank space is; "sample".
<span>These customers represent the sample used in the study.</span>
Answer:
Return (%) = 17.43%
Explanation:
T<em>he return on investment is the sum of the dividends earned and capital gains made during the holding period of the investment.</em>
Dividend is the proportion of the profit made by a company which is paid to shareholders.
Capital gains is another type of the return made on an equity investment as a result of increase in the value of the shares. It is difference between the cost of the share and the value at the time of disposal.
Therefore, we can can compute the return on the investment as follows:
Dividend= ($1.60× 140)= $224
Capital gains= (90-78) × 140= $1680
Total dollar return on Investment = $224+ $1680= $1904
Total return in (%) = Return/ cost of shares × 100
= 1904/ (140 × 78) × 100
= 17.43%
REALITIES
Losing money and working long hours are realities for an entrepreneur.
Starting a business is very challenging. You must be financially sound and very brave to overcome obstacles that may stop you from being successful as an entrepreneur.
That is why business proposal and studies are done to see whether starting up a business is a good and profitable idea in any given environmental factors.
Answer:
Arc price elasticity of demand = -0.273
Explanation:
This problem is solved as follows:
1. Identify the data.
Outpatient visit Price / visit
Tokyo 1.25 / month 20y
Hokkaido 1.5 / month 10y
Outpatient visits equal the quantities demanded of the service. Therefore, we can say that:
Qt (Outpatient visits in Tokyo) = 1.25 / month
Qh (Outpatient visits in Hokkaido) = 1.5 month.
With the following prices:
Pt (Price in Tokyo) = 20y
Ph (Price in Hokkaido) = 10 y
2. Apply the formula to calculate arc-elasticity of demand:
We replace the data:
Final answer: -0.27275 or -0.273
Answer:
5. $232,000.
Explanation:
The computation of the total conversion costs transferred out of the Canning Department equals to
= Number of units completed and transferred out × Cost per equivalent unit
= 80,000 units × $2.90
= $232,000
In order to find out the total conversion cost, we simply multiplied the number of units completed and transferred out with the cost per equivalent unit
