Answer:
Credit, $60,000
Explanation:
Given,
Market rate = 10%
Face value $60,000 = Principal value.
When the bonds mature, the issuer records its payment of principal with credit to cash in the amount of principal value that is $60,000 because the bondholder will pay the principal with interest.
Therefore,
Bondholder will pay the $60,000 issued amount as principal because there is an additional interest amount needs to be paid.
It is credit because it is matured on the date of cash payment.
It depends. Do you want to start a business? If so, it costs alot of money. First you need to decide what you want you business to be, then you have to build a corporation and hire workers.
Answer: Less than one year, guaranteed returns
, and a money market product
What I put for my answer think its right
Explanation:
Answer:
a) H0: u = presence of a unit root
HA: u ≠ presence of a unit root ( i.e. stationary series )
b) t stat = -0.064
c) We will reject the Null hypothesis and the next step will be to accept the alternative hypothesis
d) It is not valid to compare the estimated t stat with the corresponding critical value because a random walk is non-stationary while the difference is stationary because it is white noise
Explanation:
<u>a) stating the null and alternative hypothesis</u>
H0: u = presence of a unit root
HA: u ≠ presence of a unit root ( i.e. stationary series )
<u>b) performing the test </u>
critical value = -2.88
T stat = coefficient / std error
= -0.02 / 0.31 = -0.064
c) From the test, the value of T stat > critical value we will reject the Null hypothesis hence the next step will be to accept the alternative hypothesis
d) It is not valid to compare the estimated t stat with the corresponding critical value because a random walk is non-stationary while the difference is stationary because it is white noise
Answer:
Explanation:
Using Fisher equation <u><em>(Which is estimating the financial mathematics and economics relationship among real interest rates nominal interest rates under inflation.) </em></u>which goes like this
where
Inflation = (1+0.08) / (1+0.06) - 1 = 1.88% (Could be approximated as 2%)
