Answer:
d. special issues or constraints
Explanation:
Based on the information provided within the question it can be said that this information should be included as part of the special issues or constraints section of the system request. These are issues that need to be handled because they are halting the progress of the company. Such is the case in this scenario since financial reporting system must be completed before the next fiscal year or else they have to shut down production.
$352,696 lender stand to lose in the absence of pmi. A borrower may be required to PMI as a condition of obtaining a conventional mortgage loan.
<h3>What is Private Mortgage Insurance (PMI) ?</h3>
Private mortgage insurance (PMI) is a type of insurance that a borrower might be required to buy as a condition of a conventional mortgage loan. When a buyer puts down less than 20% of the home's price, the majority of lenders demand PMI.
In contrast to most insurance types, this one safeguards the lender's investment in the house, not the policyholder. However, PMI enables some people to purchase a home more quickly. PMI makes it possible for people to get financing if they decide to put down between 5% and 19.99% of the home's cost.
It does, however, incur additional monthly expenses. Until they have built up enough equity in the property that the lender no longer views them as high-risk, borrowers must continue to pay their PMI.
Formula for calculating PMI :Divide the loan amount by the property value. Then multiply by 100 to get the percentage. If the result is 80% or lower, your PMI is 0%, which means you don't have to pay PMI.
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Answer:
1. False
The higher the figure, the higher the risk. Kindly note that loans are usually insured against default. The higher the amount insured, the higher the premium payable as insurance on such amounts.
2. False
It does not make for good internal control to have one person regardless of their position to have the final say on loans of great magnitude such as $5 Million. This can quickly degenerate into a situation where the officer involved is tempted to abuse that power. It makes for good corporate governance and risk management to ensure that the board is responsible for loans of such magnitude.
3. True
If a bank lost $100 in a thousand places, from loan default, that translates to a loss of $100,000. This relatively is large however it is small and will have less impact that a loss of a million dollars in 3 places. That's $ 3,000,000.
As already indicated, it makes for good loan disbursement governance, to ensure that there is at least two persons involved in the risk acceptance criteria (RAC) evaluation and loan disbursement process.
4. False
Separation of duties is the foundation of good internal control. It allows for greater objectivity. It is also key to carefully select signatories to loan disbursements. They have to be people of impeccable character and the company must exercise proper risk management to ensure that every protocol such as opportunity that may create the impulse or inclination to breach policy is removed completely.
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Answer:
Closing inventory based on Specific IDENTIFICATION
7 Dec purchase ( 20-16) = 4 * $16 = $64
14 Dec purchase ( 35 -14) = 21*$24 = $504
21 Dec purchase 30*$29 = $870
closing inventory 31 Dec <u>= $1438</u>
Explanation:
The question is incomplete but here is a complete one
Trey Monson starts a merchandising business on December 1 and enters into the following three inventory purchases. Also, on December 15, Monson sells 30 units for $40 each.
Purchases on December 7 20 units @ $16.00 cost
Purchases on December 14 35 units @ $24.00 cost
Purchases on December 21 30 units @ $29.00 cost
Required:
Monson sells 30 units for $40 each on December 15. Of the units sold, 16 are from the December 7 purchase and 14 are from the December 14 purchase. Monson uses a perpetual inventory system. Determine the costs assigned to the December 31 ending inventory when costs are assigned based on specific identification.
Answer: 7.5%
Explanation:
Given the following :
Coupon rate = 7.5% semi-annually = 0.0375
Coupon or interest payment per period = $37.5
Period (n)= 6.5 years * 2 = 13
Face value(f) = $1000
Price of bond = face value = $1000
Semiannual Yield to maturity = [(((f-p)/n) + C) / (f + p)/2]
Semiannual YTM = [(((1000 - 1000) / 13) + 37.5) / (1000 + 1000)/2]
Semiannual Yield to maturity = [(((0 /13) + 37.5) / 2000/2]
= 37.5 / 1000 = 0.0375 = 3.75%
Yield to maturity = 2 × Semiannual yield to maturity
Yield to maturity = 2 × 3.75% = 7.5%
