Answer:
$24,779
Explanation:
In order to calculating the ending inventory using the conventional retail inventory method. we required to do the following computations which are shown below:
Using cost method
Goods available for sale:
= Beginning inventory + Purchases
= $11,700 + $130,016
= $141,716
Using retail method
Ending inventory
= Beginning inventory + Purchases + Net markups - Net markdowns - sales revenue
= $19,700 + $169,800 + $101,00 - $6,800 - $157,900
= $34,900
Now
Cost to retail ratio = $141,716 ÷ ($19,700 + $169,800 + $101,00)
= $141,716 ÷ $199,600
= 0.71
So,
Estimated ending inventory at cost:
= Estimated ending inventory at retail × Cost to retail ratio
= $34,900 × 0.71
= $24,779
Answer:
A) $60.00
Explanation:
to calculate the value of Sultan's stocks, we need to use the growing perpetuity formula:
stock price = dividend / (required return rate - growth rate)
- dividend = ($6,000,000 x 60%) / 1.2 million shares = $3,600,000 / 1.2 million shares = $3 per share
- required return rate = 10%
- growth rate = 5%
stock price = $3 / (10% - 5%) = $3 / 5% = $60 per share
Answer:
The appropriate answer is "capital intensive, land intensive".
Explanation:
- Throughout Home than anything in Abroad, the whole no-trade income of farmers would be significantly greater, even though Home has fewer land assets than International. Throughout Home, then it does in International, the whole no-trade rate of electronics would be smaller, as Home does have more capital resources than International.
- If the market is established, the comparative commodity price throughout the home will be decreased through trade as well as rise throughout foreign trade. If an exchange is expanded, the capital demand would rise at home as well as the rent overland throughout foreign countries will rise.
This will take effect even though the international availability of land will increase but instead international demand for resources will keep increasing.
Answer:
Machine hours (X) Utility cost
High 2,680 8,100
Low <u> (740)</u> <u> (4,650)</u>
<u> 1,940 </u> <u> 3,450</u>
Variable cost per machine hour
= $3,450/1,940 hours
= $1.7784 per machine hour
Explanation:
Using high and low method, we will obtain the highest activity (machine hours) and the corresponding cost. We will also obtain the lowest activity and the corresponding cost. Thereafter, we will deduct the lowest points from the highest points. Finally, we will divide the difference in cost by the difference in machine hours in order to determine the estimated variable cost per machine hour.
