Difference between revisions of "Boot Camp: Calcs B"
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Latest revision as of 00:13, 30 January 2019
Contents
Intro
This Boot Camp article covers a few more easy versions of the most important types of calculation problems. It is a follow-on from the Calcs A boot camp article. We're saving the more difficult problems for the Combat Training articles. I bet you can't wait!
Accounting for Bonds
This paper, CIA.Accting, is dense, hard to read, and appears on almost every exam. Luckily, the exam questions are repetetive. You need to understand how the 3 different classes of bonds are dealt with from an accounting standpoint. The 3 bond classes are: (HTM, AFS, HFT) = (Held to Maturity, Available for Sale, Held for Trading)
Warning: The minutiae in the next several paragraphs is going to be mind-numbing. I'm talking boring beyond belief. But it's 1 of the 4 standard question types from the CIA accounting paper, so let's just get it out of the way in boot camp. (You'll have a chance to review it in the main part of your combat training.)
There are 6 tables from Section 3 of the paper that you absolutely, positively HAVE TO UNDERSTAND!!! But I don't like the way these tables are laid out, so I created my own tables (see below). A typical exam question might be as follows:
If market rates go up (or down), what effect does a HTM bond have on the NI, OCI, Equity. (NI = Net Income, OCI = Other Comprehensive Income)
- This is the easiest case because HTM bonds have no effect on NI, OCI, Equity. If you're asked about AFS or HFT bonds, you have to do a little more work to come up with the answer. That's were these tables come in. The answer to the question above can be found in the first 2 rows of this table. ("--" means "no effect")
market rate bond type A + L NI OCI Equity up HTM -- -- -- down HTM -- -- -- up AFS up down depends down AFS down up depends up HFT depends -- depends down HFT depends -- depends
If the question had asked about AFS or HFT bonds, then just find the appropriate row in the table and read across to see the effect on NI, OCI, Equity. Of course, this isn't enough - you must also be able to explain the reasoning behind these entries. (Note that the column for A + L or Assets + Liabilities is intentionally blank. You could insert the appropriate entries, but they aren't relevant to the reasoning.) To explain the reasoning behind the above table, we need 2 more similar tables, 1 for the effect that Assets have on the balance sheet items, and 1 for the effect of the Liabilities:
market rate bond type Assets NI OCI Equity up HTM -- -- -- down HTM -- -- -- up AFS down -- down down down AFS up -- up up up HFT down down -- down down HFT up up -- up
market rate bond type Liabilities NI OCI Equity up HTM -- -- -- down HTM -- -- -- up AFS down up -- up down AFS up down -- down up HFT down up -- up down HFT up down -- down
Let's use the tables to answer this question:
If market rates go up , what effect does an AFS bond have on the NI, OCI, Equity.
Locate the up/AFS row in the Asset table and observe that (NI, OCI, Equity) = (--, down, down) Locate the up/AFS row in the Liability table and observe that (NI, OCI, Equity) = (up, --, up)
Then "sum" these vectors to get (up, down, depends).
(Note that down + up = depends because we don't know the relative magnitude of the down and the up.)
You don't have to memorize these tables.
- The way to learn this is to practice thinking through the reasoning behind each row in the Asset and Liability tables. It isn't hard, but during the exam, it's easy to get ups and downs confused if you're rushing. Remember, as the Brits do: Keep calm and carry on...
See (2016.Fall #13d) for a classic example of this type of question.
Here are few points to keep in mind:
- The HTM rows are easy because these bonds are not affected by changes in market rates.
- Market rates & discount rates always move in the same direction.
- If market rates go up then asset & liability values go down (and vice versa.)
- Only AFS Assets affect OCI (Other Comprehensive Income).
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Premium Liabilities: DPAE/PDR (Easy Version)
This is a simplified version of the standard DPAE/PDR calculation. The full version is explained in the main BattleWiki article. CIA.PrLiabs.
Calculate the max allowable DPAE and the premium deficiency, if any:
year 2016 net UPR 69,580 FutRe (Future Reinsurance Costs) 4,260
maintenance 4,175 UEComm (Unearned Commission) 1,045
Basic Formulas:
- We're asked to calculate DPAE, so let's start with the basic formula: (All quantities below are net unless it specifically says gross or ceded.)
DPAE = UPR - PolLiabs(UPR) + UEComm
- Notice that we already know 2 of the 3 items in this formula: UPR = 69,580 and UEComm = 1,045. Great start!
- Since the missing piece in the above formula is PolLiabs(UPR), let's write down the formula for that:
PolLiabs(UPR) = APV + FutRe + maint
- Again, we know 2 of the 3 items in this formula: FutRe = 4,260 and maint = 4,175. We're really cooking!
- But the APV is the hard part. This is what makes the problem difficult, but since this is supposed to be the easy version, I'm going to just tell you that APV = 70,981.
Putting it all together:
- Now it's just a matter of working your way back up. Using APV = 70,981 we calculate:
- PolLiabs(UPR) = 70,981 + 4,260 + 4,175 = 79,416
- Then:
- DPAE = 69,580 - 79,416 + 1,045 = -8,791
But since the result is negative, there is no DPAE. Rather we have a premium deficiency reserve of 8,791.
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MSA Ratios
MSA stands for Market Security Analysis. They are a Canadian-owned analytics firm focused on the Canadian insurance industry. In case you're curious, their website is located here
There are 4 broad questions from this reading that you may be asked: (In practice, however, most of these ratios do not appear on the exam.)
- What are the names of the MSA ratios?
- What are the acceptable ranges?
- What are the formulas for each ratio?
- What do they mean?
There are 18 MSA ratios but let's look at just the first 4.
Regulatory Earning Warning Ratios:
Name of Ratio Acceptable Range Formula Meaning MCT (Minimum Capital Test) > 150% CapAv / minCapReq measure of capital adequacy ROE (Return on Equity) > 5.4% ( NI.preTax - TotTax ) / Eq sustainability of earnings ROR (Return on Revenue) > 6.2% ( U/W.Inc - CapGains + InvInc + IncFrmSubs ) / GWP income relative to revenue-generating capacity ROA (Return on Assets, after tax) > 2.6% ( NI.preTax - TotTax ) / (2-yr avg of assets) efficiency measure for income-generation
The MCT ratio is discussed at length in the paper OSFI.MCT. The BattleQuiz below contains easy versions of calculating the other 3. Note that when you're asked to calculate an MSA ratio, you're also always asked to use that ratio to comment on the financial health of the company. Unfortunately, that means you have to memorize the acceptable ranges.
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Discount Rate
The must-know list from this paper, CIA.Discnt, is...drum roll...
What are the considerations when selecting a discount rate (or expected investment return rate)?
This question has been asked at least 5 times on recent exams!! (See BattleHack #1 on the BattlePlan page for other top questions.)
The answer is: MARY-(IE)-CapG
- M: METHODS: for asset valuation & reporting investment income
- A: ALLOCATION: of assets & investment income by LOB
- R: RETURN: on assets @ B/S date
- Y: YIELD: on assets acquired after B/S date
- (IE): INVESTMENT EXPENSES & losses from default
- CapG: Capital G/L: on assets sold after B/S date
Memorize this NOW!! (They don't normally ask you for all 6, usually 2-4, but if you have a good memory trick, it isn't much harder to learn all 6.)
Calculating a Discount Rate
- This is a calculation problem that has come up twice: (2016.Spring #13i), (2015.Spring #20a), sometimes as part of a larger problem. (It's actually pretty easy.)
- Let's look at the (2016.Spring) problem. It's a long, LONG problem, but the first step is to calculate the discount rate. For this, we need the last 3 rows of the 2nd table, the table on page 14 of the exam.
Description Bond #1 Bond #2 annual effective yield 2.31% 3.23% modified duration 0.972 1.888 market value $10,030 $10,060
- Calculate the discount rate as follows:
discount rate = a weighted average of the annual effective yields with weights = (duration) x (market value)
- weight for Bond #1 = 0.972 x 10,030 = 9,749
- weight for Bond #2 = 1.888 x 10,060 = 18,993
discount rate = [ (2.31% x 9,749) + (3.23% x 18,993) ] / ( 9,749 + 18,993) = 2.92%
Note that in the mini BattleQuiz below, some of the BattleCards are actually old exam questions. Click E in the left-hand column to open a PDF with the full exam question and answer.
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Summary
The Full BattleQuiz shows the BattleCards for previous mini BattleQuizzes all at the same time.
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- Back to BootCamp