Answer:
We will use the following equations for this problem
a. (Initial cost Estimated output) × Actual yearly output
b. (Depreciable cost Yearly output) × Estimated output
c. Depreciable cost Yearly output
d. (Depreciable cost Estimated output) × Actual yearly output
Answer: 0.3
Explanation:
The Sharpe ratio is simply used by organizations and investors in order to compare the return on an investment to its risk.
From the question, we are informed that a portfolio has a 30% standard deviation generated a return of 15% last year when T-bills were paying 6.0%.
The Sharpe ratio will be:
= (15% - 6.0%)/30%
= 9%/30%
= 0.09/0.3
= 0.3
He should pay no more than $66.68 per share
Explanation:
Given ,
1. 2015: $1.00
2. 2016: $1.25
3. 2017: $1.50
Earnings per share = $4.50
P/E ratio = 20
Required rate of return = 12%
Stock price per share expressed according to P / E ratio
P/E Ratio = Market Price per share ÷ Earnings per share
20 = Market Price per share ÷ $4.50
Market Price per share = 20 × $4.50
Market Price per share = $90
Earn 12% of return
So here you discount to present value all the planned dividend and market price. use as discount factor here a necessary rate of return
present value of all amounts = 66.7
So, maximum amount that is paid to earn 12% return is $66.7
When you're in middle school or younger, so you can save up money for college, a car, or whatever you need.
Answer:
The Current share price is $94.79
Explanation:
Dividend Growth Model determines the share price of a company which offers perpetual dividend with stable growth. It is the expected dividend of a share divided by the net return rate of growth rate
.
According to given data
Last dividend = D0 = $3.40
Rate of return = 15%
Growth rates:
For 3 years = 29% per year
After 3 years = 7.3% in perpetuity
Dividend after 3 years = D3 = 3.40 x ( 1 + 0.29 )^3 = $7.30
We can calculate the price of share using following formula:
Price of share = D3 / Rate of return - Growth rate
Price of share = $7.30 / 15% - 7.3% = $7.30 / 7.70% = $94.79
