Answer:
b. $88,204
Explanation:
The computation of the carrying value of the note payable is shown below:
= Present value of the notes + interest
= $120,000 × 0.680583 + ($120,000 × 0.680583 × 8%)
= $81,670 + $6,534
= $88,204
hence, the second option is correct
In economics, diminishing returns is the decrease in the marginal output of a production process as the amount of a single factor of production is incrementally increased, while the amounts of all other factors of production stay constant.
Answer: CONVERTIBLE BONDS
Explanation: In simple words, convertible bonds refers to those fixed assets securities that could be converted into common stock on the discretion of the bondholders.
Such kind of securities is usually used by companies who are new to the market and wants to attract investors with maximum security of bonds as initial investment and maximum potential benefit as an option of converting bonds into common stock.
These types of bonds offer lower interest rates due to the embedded option of conversion.
Answer:
shift demand and supply for loanable funds to the right (up), increasing interest rates.
Explanation:
According to the Fisher hypothesis when there is an increase in the expected inflation there is an equal increase in nominal interest rates.
As interest rates rise demand and supply for loanable funds will rise. This is illustrated in the attached diagram. Interest rate moves from i0 to i1.
Inflation is a reduction in the purchasing power of money. When inflation increases money regulation agencies reduce supply of money as a way to reduce price increase. This in turn reduces the amount of loanable funds commercial banks have to give out
Answer:
Results are below.
Explanation:
Giving the following information:
The semiannual interest of 3.5%.
A) We need to calculate the nominal interest rate:
Nominal interest rate= 0.035/2= 0.0175
B) Real interest rate:
Real interest rate= (1.0175^2) - 1= 0.03531
It compounds interest twice a year. Therefore, is higher
C) Investment= $8,000
We will use the following formula:
FV= PV*(1+i)^n
n= 10
i= 0.175
PV= 8,000
FV= 8,000*(1.0175^10)
FV= $9,515.56
