Answer:$31,379
Explanation:Applying the
Fishers international effect
1+Ic/1+Ib=S1/S0
Where Ib represents the interest rate in base country which is Japan in this case
Ic represents the interest rate in counter country in this case,US
S0 is the base spot rate or exchange rate at the moment while S1 is the spot rate at the end of the coming year
Ic =3%=0.03
Ib=1%=0.01
So=145
Substituting in the formula
1.03/1.01=S1/125
Cross multiplying
S1=125(1.03)/1.01=127.475
So price in US at spot 127.475 will be ¥4,000,000/127.475=$31,379
Answer:
<em>Run a recoverability test and then a fair value test.</em>
Explanation:
Business assets with a loss of value are subject to impairment tests to assess and identify the magnitude of the loss.
<em>Measuring the magnitude of the loss requires two steps:</em>
- Performing a recoverability check is to decide whether an impairment loss occurred by determining whether the future value of the undiscounted cash flows of the asset is less than the asset's book value. If the cash flow is less than the value of the book, the loss will be assessed.
- Measure the cost of damage by measuring the difference between the book value and the asset's market value.
Based on the economic and financial analysis, the main reason for considering <u>nonconstant growth</u> in dividends is to allow for "<u>Supernormal</u>" growth rates over "<u>some finite length of time</u>."
This is because, in nonconstant growth, the growth rate cannot surpass the mandatory return indefinitely.
However, there is the probability that it could do so for some number of years.
Also, it should be noted that in this situation, the value of the stock equates to the present value of all the future dividends.
Hence, in this case, it is concluded that the correct answer is <u>supernormal</u> and <u>some finite length of time</u>.
Learn more here: brainly.com/question/13223703
Answer:
$74,880
Explanation:
The computation of the amount of interest Cullumber must pay the bondholders is shown below:
= Face value of the bond × interest rate
where,
Face value of the bond is $1,248,000
And the interest rate is 6%
So, the amount of interest paid is
= $1,248,000 × 6%
= $74,880
We simply multiplied the face value of the bond with the interest rate so that the amount of interest expense could come
