Answer:
$50.8
Explanation:
As per given Data
Dividend Paid = $3
Worth of the stock is the present value of all the cash flows associated with the stock. Dividend is the only cash flow that a stock holder receives against its investment in the stocks. We need to calculate the present values of all the dividend payments.
Formula for PV of dividend
PV of Dividend = Dividend x ( 1 + growth rate )^n x ( 1 + r )^-n
1st year
PV of Dividend = $3 x ( 1 + 20%)^1 x ( 1 + 14% )^-1 = $3.16
2nd year
PV of Dividend = $3 x ( 1 + 20%)^2 x ( 1 + 14% )^-2 = $3.32
3rd year
PV of Dividend = $3 x ( 1 + 20%)^3 x ( 1 + 14% )^-3 = $3.50
After three years the dividend will grow at a constant rate of 5%, so we will use the following formula to calculate the present value
PV of Dividend = [ $3 x ( 1 + 20%)^3 x ( 1 + 5%) / ( 14% - 5% ) ] x [ ( 1 + 14% )^-3 ]
PV of Dividend = $40.82
Value of Stock = $3.16 + $3.32 + $3.50 + $40.82 = $50.8
Answer:
we recommnend to buy this bracket
Explanation:
The computation is shown below:
Given tyhat
Buying cost of the machine = $33,000 = x
x_1 = $0.67
And, x_2 = $0.41
Now the break even point is
X = x ÷ (x_1 - x_2)
= $33,000 ÷ ($0.67 - $0.41)
= 126,923 units
Therefore
Probability (Demand > Break even point)
= 1 - 
($126,923 - 100,000) ÷ 10,000
= 1 - (2.69)
= 0.36%
where
= function of cumulative distribution of N (0,1)
Therefore the probability is that it makes economically the items would be lesser
Thus, we recommnend to buy this bracket
Answer:
Find a bondholder or purchaser.
Explanation:
A bond issuer is someone who borrows money, in this example, my company.
In order to being able to financiate the construction of a new manufacturing facility for my company, I would have to find a bondholder (or some ofthem) that would lend me all the money, with its pertinent clauses.
I would have to fill those clauses, perhaps its money returning timeline, some finantial records, etc.
The producer MAKES the product, and sells it to retailers. The consumers buy the products from the retailers.
Answer:
The asnwer is C, Certificate of deposit.
Explanation:
In the U.S., securities are defined as contracts in which one party invests money with another and expects to make a return.
Regular bank cerificates of deposits are not regulated as securities.
Cerificates of deposits are time-deposit agreements between individuals and banks that involve a depositor committing funds to the bank for a predetermined period of time in exchange for a specified rate of interest.
