Answer:
$1,685
Explanation:
The computation of the average cost per unit is shown below:
= (Beginning inventory units × price per unit + purchase inventory units × price per unit + purchase inventory units × price per unit + purchase inventory units × price per unit ) ÷ (Beginning inventory units + purchase inventory units + purchase inventory units + purchase inventory units )
= (10 units × $60 + 25 units × $65 + 30 units × $68 + 15 units × $75) ÷ (10 units + 25 units + 30 units + 15 units)
= ($600 + $1,625 + $2,040 + $1,125 ) ÷ (80 units)
= ($5,390 units) ÷ (80 units)
= $67.375 per unit
Now the ending inventory equals to
= Ending inventory units × average cost per unit)
= 25 units × $67.375 per unit
= $1,685
Answer:
The correct option is that the company receives nothing.
Explanation:
Secondary market stock transactions take place between investors who already hold the stock and the other one who is willing to buy the stock,the company whose stocks are being traded is not a party to the transactions,as a result,would receive nothing from such secondary market stock transactions.
The company would have receive cash if the it had issued shares to new investors for the first time through investment banks ,which is initial public offer,or if shares were issued to existing stockholders,the rights issue
Answer:
D) Wally wins; this agreement is too indefinite since it does not identify which 40 acres are to be sold.
Explanation:
Since in the given situation, wally agrees to sell but here the identification of the land is not mentioned i.e. 40 acres and at the later time the wally refused to sold any land so here wally should wins as the agreement is not definite which type of the land should be sold so it becomes the agreement void
Hence, the correct option is d.
Answer:
(A) less
Explanation:
Given a positive inflation rate, the real value of the dollar will depreciate by the rate of inflation annually.
Thus, for a house that cost $100,000 today, given a 3% inflation rate, it would cost (100,000 * 1.03 = ) $103,000 after a year.
This means, $100,000 today will have the same value as $103,000 one year later.
Therefore, repayments, which will likely be a fixed sum every year, will have a lower purchasing power as the year progresses.
