Answer:
It will take 2.72 years and 32.64 months.
Explanation:
Future value is the sum of principal amount and compounded interest amount invested on a specific rate for a specific period of time.
Use following formula to calculate the time period.
FV = PV x ( 1+ r )^n
FV = Future value = $6,000
PV = Present Value = $4,000
r = rate of interest = 15% yearly = 15% / 12 = 1.25%
n = time period = ?
$6,000 = $4,000 x ( 1 + 1.25% )^n
$6,000 = $4,000 x ( 1.0125 )^n
$6,000 / $4,000 = ( 1.0125 )^n
1.5 = ( 1.0125 )^n
Log 1.5 = n log 1.0125
n = Log 1.5 / log 1.0125
n = 32.64 months
n = 2.72 years
Answer:
b. the equity method.
Explanation:
The equity method is used when the investor company will own approximately 20% to 50% of the common stock of the investee company. This method is used because the investor company will have significant influence over the actions taken by the investee company. The investee company will generally be considered an affiliate company, but not a subsidiary.
Answer:
A)If interest rates decline, the prices of both bonds will increase, but the 15-year bond would have a larger percentage increase in price.
TRUE
As it has more time to maturity it will have a higher time expose to the rate therefore, will be more volatile against the rate fluctuations
Explanation:
The 10-year ond is issued at premium, above par as the coupon rate 12% is higher than market rate 10%. Each year will decrease the market value to come closer to maturity date.
The 15-year ond is issued at discount, below par as the coupon rate 8% is lower than market rate 10%. Each year will increase the market value to come closer to maturity date.
Answer: $19.40
Explanation:
Based on the information given in the question, the following can be deduced:
D1 = $5.15
D2 = $8.05
D3 = $11.25
Rate of return = 11% = 0.11
The current stick price will be calculated as:
= 5.15/(1 + 0.11) + 8.05/(1 + 0.11)^2 + 11.25/(1 + 0.11)^3
= 5.15/1.11 + 8.05/(1.11)^2 + 11.25/(1.11)^3
= $4.64 + $6.53 + $8.23
= $19.40
