Answer:
36 years 4 months and 2 days
Explanation:
Data provided in the question:
Monthly payment = $300
Rate of return, i = 9% = 0.09
Future value = $1,000,000
Now,
we know
Future value = Monthly payments × ![\left[ \frac{(1+i)^{n}-1}{i} \right]](https://tex.z-dn.net/?f=%5Cleft%5B%20%5Cfrac%7B%281%2Bi%29%5E%7Bn%7D-1%7D%7Bi%7D%20%5Cright%5D)
or
1000000 = $300 × 
or
or
1.0075ⁿ - 1 = 25
or
1.0075ⁿ = 26
ln( 1.0075ⁿ) = ln(26)
or
n × ln( 1.0075 ) = ln(26)
or
n = [tex]\frac{ \ln (26) }{ \ln( 1.0075 ) }[tex]
or
n = 436.04 months
or
n = 36 years 4 months and 2 days
Answer:
Demand is the same as quantity demanded.
Explanation:
To delve into the underlying meaning of the terms, "stockholder" technically means the holder of stock, which can be construed as inventory, rather than shares. Conversely, "shareholder" means the holder of a share, which can only mean an equity share in a business. Thus, if you want to be picky, "shareholder" may be the more technically accurate term, since it only refers to company ownership.
Answer:
1.15
Explanation:
If investment is made in equal proportions, it means that;
weight in risk free ; wRF = 33.33% or 0.3333
Let the stocks be A and B
weight in stock A ; wA = 33.33% or 0.3333
weight in stock B; wB = 33.33% or 0.3333
Beta of A; bA = 1.85
Let the beta of the other stock be represented by "bB"
Beta of risk free; bRF = 0
Beta of portfolio = 1 since it is mentioned that "the total portfolio is equally as risky as the market "
The weight of portfolio is equal to the sum of the weighted average beta of the three assets. The formula is as follows;
wP = wAbA + wBbB + wRF bRF
1 = (0.3333 * 1.85) + (0.3333*bB) + (0.3333 *0)
1 = 0.6166 +0.3333bB + 0
1 - 0.6166 = 0.3333bB
0.3834 = 0.3333bB
Next, divide both sides by 0.3333 to solve for bB;
bB = 0.3834/0.3333
w=bB = 1.15
Therefore, the beta for the other stock would be 1.15
