Answer:
First Expected Dividend will come in at the end of Year 3 or t=3 assuming current time is t=0.
D3 = $ 4.25, Growth Rate for year 4 and year 5 = 22.1 %
Therefore, D4 = D3 x 1.221 = 4.25 x 1.221 = $ 5.18925 and D5 = D4 x 1.221 = 5.18925 x 1.221 = $ 6.33607
Growth Rate post Year 5 = 4.08 %
D6 = D5 x 1.0408 = 6.33607 x 1.0408 = $ 6.59459
Required Return = 13.6 %
Therefore, Current Stock Price = Present Value of Expected Dividends = [6.59459 / (0.136-0.0408)] x [1/(1.136)^(5)] + 4.25 / (1.136)^(3) + 5.18925 / (1.136)^(4) + 6.33607 / (1.136)^(5) = $ 45.979 ~ $ 45.98
Price at the end of Year 2 = P2 = Present Value of Expected Dividends at the end of year 2 = [6.59459 / (0.136-0.0408)] x [1/(1.136)^(3)] + 4.25 / (1.136) + 5.18925 / (1.136)^(2) + 6.33607 / (1.136)^(3) = $ 59.3358 ~ $ 59.34
Dividend Yield at the end of year 3 = DY3 = D3 / P2 = 4.25 / 59.34 = 0.07612 or 7.612 %
Total Required Return = 14. 6 %
Therefore, Required Capital Gains Yield = 14.6 % - 7.612 % = 6.988 %
Answer:
(a) = $468
(b) = 52%
(c) = $144
(d) = 28%
(e) = $1150
(f) = $920
Explanation:
selling price variable cost contribution margin contribution ratio
1. $900 $432 (a) $ (b)%
2. $200 $ (c) $56 (d)%
3. $ (e) $(f) $230 20%
contribution = selling price - variable costs
Margin contribution ratio = contribution / sales
Variable cost = selling price - contribution
Selling price = contribution / margin contribution ratio
The option that will be best in this scenario would be a <span>Parallel test.
In a parallel test, same input will be entered in two different version of simulation. By doing this, we could create multiple simulations to test several possibilities and reducing the total time needed at the same time. The downside is that this test exposes the tester to a high risk of making a mistake.</span>
Answer:
Total manufacturing overhead cost for T05P <u>$</u>303,000
Explanation:
Using the ABC system, the amount of total manufacturing overhead cost would be assigned to Product T05P is:
1. 4,000 / 9,000 machine hours x $180,000.....$80,000
2. 90 / 250 set ups x $125,000............................$45,000
3. 1 / 2 products x $44,000....................................$22,000
4. 6,000 / 10,000 labor hours x $260,000......<u>$156,000</u>
Total manufacturing overhead cost for T05P <u>$303,000</u>
