SOA Further Topics in General Insurance Examination Practice Test
Further Topics in General Insurance brings together quantitative methods and insurance decisions involving claim liabilities, reinsurance, catastrophe exposure, investment sensitivity, and liquidity. The available practice questions use examples such as loss development triangles, excess-of-loss recoveries, expected claim costs, and the interpretation of changing loss ratios.
Exam overview
About the SOA Further Topics in General Insurance Examination Exam
The question vocabulary calls for interpreting actuarial estimates rather than treating them as certain outcomes. For unpaid claims, that includes understanding what a chain-ladder projection assumes about historical development and what the expected value of a liability distribution summarizes. Reinsurance questions test how attachment points and limits determine recoveries, while retention decisions require comparing the cost and risk effects of transferring losses. Catastrophe scenarios highlight dependence among claims and the role of model estimates in comparing actual experience with pricing assumptions. Other examples address bond duration as a measure of interest-rate sensitivity and liquidity analysis for near-term obligations. These tasks connect calculations with practical judgment: identify the assumptions behind an estimate, distinguish a change in experience from evidence about its cause, and assess whether available assets and risk protection fit the insurer’s obligations.
Sample Practice Questions
Review a selection from this exam's published US Practice Tests practice bank.
An insurer estimates unpaid claim liabilities using a paid development triangle. What does the chain-ladder method primarily assume about historical development patterns?
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Correct answer: AThe chain-ladder method projects prior-period amounts using development factors derived from historical experience, relying on the assumption that those patterns remain reasonably applicable. It does not require claims to be reported immediately or accident years to share a loss ratio.
An insurer's loss ratio rises from one year to the next. Which interpretation is most appropriate without additional information?
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Correct answer: AA loss ratio compares losses, under a specified definition, with premium. A higher ratio means losses are larger relative to premium, but it does not by itself show whether the change came from claim frequency, severity, premium adequacy, mix, or other factors.
An insurer uses a per-occurrence excess-of-loss reinsurance contract with an attachment point of $1 million and a limit of $4 million. For a covered occurrence producing $3 million of loss, how much does the reinsurer pay, assuming no other contract terms affect recovery?
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Correct answer: CThe insurer retains the first $1 million, and the occurrence loss is below the $5 million total exhaustion point ($1 million attachment plus $4 million limit). The reinsurer therefore pays the $2 million excess of the attachment point.
An insurer faces a catastrophic event that produces many claims at once. Which feature most directly explains why aggregate losses may exceed what would be expected by treating each policy loss as independent?
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Correct answer: AA shared catastrophe can cause losses across multiple policies to move together, creating dependence. Positive dependence increases the chance of large aggregate losses relative to a model that assumes independent policy outcomes with the same marginal distributions.
A claims analyst estimates a separate expected cost for each of several mutually exclusive claim outcomes and then combines those costs using the probabilities of the outcomes. Which calculation principle is being applied?
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Correct answer: AFor mutually exclusive outcomes, expected cost is the sum of each outcome's cost multiplied by its probability. This is a probability-weighted average and does not by itself require discounting or credibility weighting.
An insurer compares actual catastrophe losses with the losses used in its pricing assumptions. Which description best characterizes catastrophe model output used for this purpose?
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Correct answer: ACatastrophe models estimate potential loss outcomes by combining hazard information with exposure, vulnerability, and financial terms such as deductibles and limits. Their results depend on assumptions and are not predictions of an exact future event loss.
An insurer is considering whether to retain more risk or buy additional reinsurance. Which comparison is most directly useful for evaluating the trade-off?
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Correct answer: AReinsurance can reduce the insurer's retained losses, including volatility, but it has a cost and may introduce counterparty or contract risks. A decision should weigh these effects rather than compare unrelated operational quantities.
How to use this practice test
The free US Practice Tests bank contains 50 published practice questions. Each session presents up to 20 randomly selected questions and shows results after completion. Use the results to locate gaps in interpreting reserving methods, reinsurance recoveries, catastrophe risk, or financial measures, then revisit those specific concepts.
Preparation tips
- Work a paid development triangle by hand and state the historical development assumption before projecting unpaid claims.
- For excess-of-loss examples, calculate recovery as the covered loss above attachment, capped at the contract limit; check how contract terms affect the result.
- When analyzing catastrophe losses, distinguish correlated or dependent claims from independent policy losses, and note what a catastrophe model estimate represents.
- Compare retention and reinsurance using both expected cost and the insurer’s exposure to adverse outcomes; avoid drawing a cause from a loss-ratio change alone.
- Review how bond duration relates to price sensitivity and how cash-flow timing affects an insurer’s ability to pay near-term claims.