I think that you could say it mostly like that by make your words more descriptive, I don’t really know what your going for tho
Answer:
If opportunity cost is 5%, PV=10,366.05
If opportunity cost is 6.5%, PV=9,934.19
If opportunity cost is 11.5%, PV=8,656.79
Explanation:
PV=Σ
If opportunity cost is 5%: PV =
=10,366.05
If opportunity cost is 6.5%: PV =
=9,934.19
If opportunity cost is 11.5%: PV =
=8,656.79
Answer: c. $1.994
Explanation:
Cost per Equivalent Unit of Production (EUP) for Conversion = Total Conversion costs/ EUP
Total Conversion cost
= Conversion cost for beginning work in process inventory + Conversion cost incurred in the month
= 7,840 + 203,300
= $211,140
EUP = Units completed + Percentage of ending Units completed with regards to conversion
= 92,900 + (90% * 14,450)
= 105,905 units
Cost per Equivalent Unit of Production (EUP) for Conversion = 211,140 / 105,905
= $1.9936
= $1.994
Answer:
The correct choice is C)
The most logical thing to do would be to calculate the value of the stock in 5 years time.
Explanation:
This speaks to ones understanding of dividend growth stock valuation models. These tools are used to establish a fair value for a stock by discounting the present value of its future dividends. A commonly used model is the constant growth dividend discount model.
The formula for the DDM, which assumes constant growth in dividends, is provided below.
P0 = D1/(r-g)
Where,
P0 = intrinsic value of stock
D1 = dividend payment one year from today
r = discount rate
g = growth rate
Identifying the correct answer entails establishing a timeline of the expected cash flows. We are given the following information:
t0 = $0
t1 = $0
t2 = $0
t3 = $0
t4 = $0
t5 = $0.20
t6 = $0.20 * 1.035
Given a rate of return, we could use the constant growth dividend discount model to establish the fair value of the firm at t5 (five years from today). Incidentally, to determine today's value, we'd discount it back another five years.
Based on the information above, we are able to prove that the answer is '5'.
Cheers!