Answer:
Option D) 1,200 shares held at a cost basis of $37.50 per share
Explanation:
Data provided in the question:
Number of shares of ABC stocks purchased by the customer = 1,000
Price per share of ABC stock = $44
Commission paid = $1.00 per share
Stock dividend declared = 20%
Now,
The Payment of a stock dividend will increase the number of shares held by the investor
also,
each share is theoretically worth less after the stock dividend is paid.
Therefore,
The number of shares customer will have = Shares purchased × (1 + Dividend declared)
= 1000 × ( 1 + 0.20)
= 1200 shares
Also,
Cost basis for the share = Selling price + Commission
= $44 + $1
= $45
Thus,
The adjusted cost basis = $45 ÷ 1.20
= $37.50 per share
Hence,
Option D) 1,200 shares held at a cost basis of $37.50 per share
Answer:
<em>because the existing models have been in place for so long, they are considered untouchable, the equivalent of an economic law.</em>
Explanation:
The rational economic model is even more widely used in economics because it is easier to measure. Although people have irrational behaviors, they are more subjective, which makes the rational model still the most used by the economy, because through it is possible to measure behavior patterns, statistical data and information relevant to the economy.
Answer:
IDK which I need also
Explanation:
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Answer:
The correct answer is D.
Explanation:
Giving the following information:
Doggie Pals produces 100,000 dog collars each month. Total manufacturing costs are $200,000. Of this amount, $150,000 are variable costs. What are the total production costs when 125,000 collars are produced.
First, we need to calculate the unitary variable cost:
Unitary VC= Total VC/ units produced= 150,000/100,000= $1.5
Total production costs= 1.5*125,000 + 50,000= $237,500
Answer:
a. Straight-Line method:
Year depreciation = (Cost - Residual value) / useful life
= (130,000 - 10,000) / 6
= $20,000
2019 = $20,000 2020 = $20,000
b. Double declining.
= Twice the rate of straight-line.
= 1 / 6 * 2
= 33%
2019 2020
= 130,000 * 33% = (130,000 - 42,900) * 33%
= $42,900 = $28,743
c. Units of Production:
Rate per unit = (Cost - residual) / Number of units in lifetime
= (130,000 - 10,000) / 1,000,000
= $0.12 per unit
2019 2020
= 180,000 * 0.12 = 140,000 * 0.12
= $21,600 = $16,800
