Answer:
NPV = 138,347.55
Explanation:
<em>Net Present Value (NPV) : This is one of the techniques available to evaluate the feasibility of an investment project. The NPV of a project is the difference between the present value of the cash inflows and the cash outflows of the project.</em>
We sahall compute theNPV of this project by discounting the appropriate cash flows as follows:
<em>Prevent Value of operating cash flow</em>
PV =A× (1- (1+r)^(-n))/r
A- 23,900, r - 12%, n- 5
PV = $23,900 × (1- (1.12)^(-5))/0.05
=206,769.963
<em>PV of Working Capital recouped</em>
PV = 5600× 1.12^(-5)
= 3,177.59
NPV = initial cost + working capital + Present Value of working capital recouped + PV of operating cash inflow
NPV = (66,000) + (5600) + 3,177.59 + 206,769.96
NPV = 138,347.55
Answer:
Dr Investment in Nursery supplies $66 million
Cr Cash $66 million
Dr Investment in Nursery supplies $7 million
Cr Investment Revenue $7 million
Dr Cash $9 million
Cr Investment in Nursery supplies $9 million
No Entry
Explanation:
Preparation of the appropriate journal entries from the purchase through the end of the year.
Dr Investment in Nursery supplies $66 million
Cr Cash $66 million
(To record purchase of 25% shares for $66 million)
Dr Investment in Nursery supplies ($28 million x 25%) $7 million
Cr Investment Revenue $7 million
(To record investor share of investee's net income)
Dr Cash (18 million shares x 25% share x $2 per share) $9 million
Cr Investment in Nursery supplies $9 million
(To record receipt of dividend)
No Entry
Based on the economic and financial analysis, the main reason for considering <u>nonconstant growth</u> in dividends is to allow for "<u>Supernormal</u>" growth rates over "<u>some finite length of time</u>."
This is because, in nonconstant growth, the growth rate cannot surpass the mandatory return indefinitely.
However, there is the probability that it could do so for some number of years.
Also, it should be noted that in this situation, the value of the stock equates to the present value of all the future dividends.
Hence, in this case, it is concluded that the correct answer is <u>supernormal</u> and <u>some finite length of time</u>.
Learn more here: brainly.com/question/13223703
To keep every other branch in check if we had only one then they could go corrupt. (separation of power)
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