Answer:
Hyoid bone
Explanation:
The hyoid is anchored by muscles from the anterior, posterior and inferior directions, and aids in tongue movement and swallowing.
Answer: Sky's effective interest rate on this loan is 8.39%.
In this question, we assume that interest is compounded annually.
Since Sky issues a non-interest bearing note, Star Finance will deduct 7 months' interest at 8% on the Face Value of the loan and pay the rest as principal to Sky.
Face value of the note $16 million
Discount Rate p.a 8%
Tenure of the note 7 months
[tex]Loan Amount received by Sky = Face Value - Discount on note[/tex]
So, Sky pays an interest of 0.746666667 on a sum of 15.25333333 for 7 months. This works out to a seven month interest of:
From this we can work out the effective interest rate for Sky as follows:
Answer:
It describes the problem of transaction costs and negotiation.
Explanation:
Externalities are situations that arise when the activities of an organization affects another for good or bad, but with the first organization that caused the change, receiving no benefits (if it was a positive change), or bearing no costs (if it as a negative change).
Ronald Coase proposed some theories about the possible solutions to externalities. One of them is negotiation between the two parties involved. The problem with this solution is the high costs of transaction that could be spent before an agreement is reached. The number of people involved in the negotiation could also be a problem.
Answer:
FV= $11,134
Explanation:
Giving the following information:
Future value= $11,134
Interest rate= 4%
Inflation rate= 4%
Number of periods= 9 years
<u>The inflation rate provokes the opposite effect of the interest rate. Therefore, if the interest rate and the inflation rate are equal, the value of money through time remains constant.</u>
FV= PV*(1+i)^n
FV= 11,134* (1+0.04-0.04)^9
FV= $11,134
Answer:
$287,924.84
Explanation:
We are to calculate the future value of the annuity
The formula for calculating future value = A (B / r)
B = [(1 + r)^n] - 1
FV = Future value
P = Present value
R = interest rate
N = number of years
[(1.12)^17 - 1] / 0.12 = 48.883674
$5,890 x 48.883674 = $287,924.84
