Answer:
d) Quantify potential credit losses
Explanation:
Credit risk is the possibility of a loss happening because of a borrower's failure to payback a loan or meet up with contractual obligations. The overaching purpose of credit risk analysis is the quantification of the level of credit risk that the borrower poses to the lender. The purpose of credit analysis is to determine if borrowers are credit worthy by quantifying the risk of loss that the lender may experience.
Therefore option D is the answer.
Answer:
The correct option is (b)
Explanation:
Given:
Monthly payment for 6 months = $30 per month
Time period = 6 month (6 periods)
Monthly interest rate = 2%
In order to compute borrowed amount, present value of these payments need to be computed which is an annuity as same amount of $30 is paid.
Checking PVIFA table for 2%, 6 periods, annuity factor is 5.6014.
Borrowed amount = Monthly payment × PVIFA(2%,6)
= 30 × 5.6014
= $168.042
Borrowed amount is $168.042 or $168.22 approximately (difference in value due to annuity factor being rounded off)
Answer: A. You would raise your policy premium substantially and Sam would not accept because he doesn't know about the Japanese.
Explanation:
In such a scenario as the one described above, the best option as an Insurance Agent is indeed to raise premiums substantially.
As the Japanese will most probably get to market first with the new Mayonnaise Substitute, they will have the rights to it's invention and could even patent it.
This means that Sam and SCAM will most likely suffer a loss as a result of this.
As there is such a high chance of loss, charging a substantially higher premium to enable coverage is only logical and makes business sense.
Sam does not know however that the Japanese are so far ahead and having rejected a substantially lower offer, will reject the newer, substantially higher one as well.
Answer:
19.07%
Explanation:
The computation of the total compound return over the 3 years is shown below:
= (1 + investment percentage earned in first year) × (1 + investment percentage earned in second year) × (1 + investment percentage loss in second year)
= (1 + 0.35) × (1 + 0.40) × (1 - 0.37)
= 1.35 × 1.40 × 0.63
= 1.1907
= 19.07%