Answer:
Ans. the value of the stock today is $6.31
Explanation:
Hi, we need to bring to present value all the cash flows of this stock, that is bringing to present value the cash flows from year 1 through 6 and the horizon value which is the value in year 6 of the cash flows from 6 and beyond.
The formula to use for the dividends from year 1 - 6 is:

Where:
r = is the discount rate
n = number of consecutive dividends
And the present value of the horizon value is:

So everything together is:

Now, the numbers

So based on the future cash flows of this share, its fair price is $6.31
Best of luck.
Answer:
The correct answer is 10 chips.
Explanation:
A person is eating chips. Initially, the marginal utility is very high, but after 10 chips it starts declining. It declines till 49 chips and after that it becomes negative.
We see that the marginal utility derived from the consumption of chips start to decline after consuming 10 chips.
This implies that marginal utility is being maximized at the consumption of 10 chips.
So the utility-maximizing quantity of chips is 10 chips.
Answer:
Current dividend paid (Do) = $1.35
Growth rate (g) = 11% = 0.11
Cost of equity (ke) = 24% = 0.24
Po = Do<u>(1 + g)</u>
Ke - g
Po = $1.35<u>(1 + 0.11)</u>
0.24 - 0.11
Po = <u>$1.4985</u>
0.13
Po = $11.53
Explanation:
The current market price of the stock is a function of current dividend paid, subject to growth rate, divided by the current market price of the stock.
Answer:
Explanation:
Amount of interest need to paid is 30 day month
= 10000×(1.075)×30/360 = 60.42
Simple interest formula is
Interest for year is = 10000×7.5% = 750
Per month is = 750×30/360 = 60.42