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Risk
The probability of the occurrence of a loss that can be estimated with some accuracy
Uncertainty
Such probability cannot be estimated
Assign data
What should one do to transform uncertainty into risk?
Pure Risk
Type of risk that exists when there are only the possibilities of loss or no loss (EQ, car accident)
Speculative Risk
Type of risk that exists when both profit or loss are possible (gambling, stock exchange)
Diversifiable risk (aka nonsystematic or particular risk)
Affects only individuals or small groups
Non-diversifiable risk (aka systematic or fundamental risk)
Affects the entire economy or large numbers of persons or groups within the economy
(government assistance may be necessary to ensure these risks)
Expected Value or Average
A set of n possible outcomes equals the sum of these outcomes, each outcome weighted by the probability of its occurrence
Variance
How we move around the average. Standard deviation squared
Standard deviation
Measures the average deviation from the mean. Indicates the expected magnitude of the error from the expected value as a predictor of the outcome
Random Variable
Variable whose outcome is not known with certainty
Constant Variables
Variables that are not random variables
Discrete Random Variable
Variable that has a specific set of possible values
(ex. total score when two dice are thrown)
Continuous Random Variable
Variable that has a continuing range of possible values
(ex. temperature in a room)
Probability Distribution
Possible outcomes of a random variable and associated probabilities with each possible outcome
Probability of Loss
The probability that an event that causes loss will occur
Objective Probability
Refers to the long-run relative frequency of an event based on assumptions of an infinite number of observations with no change in the underlying conditions (is the same for different individuals)
Subjective Probability
An individual's personal estimate of the chance of loss (between individuals)
Skewness
Measures the degree of symmetry of the distribution
Normal Distribution
A probability distribution that appears as a "bell curve" when graphed. Describes a symmetrical plot of data around its mean value, where the width of the curve is defined by the standard deviation
Central Limit Theorem
States that, under the same assumption as the Law of Large Numbers, the average outcome approaches a normal distribution with mean and standard deviation as n gets very large
Value at Risk (VaR)
The worst probable loss likely to occur at some level of confidence (for a given period, under regular market conditions)
Covariance
A measure of how two random variables are related
Risk Pooling
The spreading of financial risk evenly among a large number of contributors to the program.
*Use in insurance- allows policy holders to replace uncertain payments with a certain payment (premiums)
Cost of risk
Value without risk-value with risk
Beta (β)
Non-diversifiable risk is often measured by
Stakeholders
Individuals and companies who depend on how well a firm is doing but who cannot diversify the impact of the firms risk on their individual situations
Shareholders
The owners of a firm who want the first to be managed in a way that maximizes shareholder welfare
6 Characteristics of an (ideally) insurable risk
1. Large number of exposure units
2. Accidental and unintentional loss
3. Determinable and measurable loss
4. No catastrophic loss / limited loss size
5. Calculable probability of loss
6. Economically feasible
Large number of exposure units
Necessary to predict the average loss based on the law of large numbers
Accident and unintentional loss
The law of large numbers is based on the random occurrence of events
Determinable and measurable loss
Determinable: The loss should be definite as to cause, time, place, and size
Measurable: to determine how much should be paid
No catastrophic loss / limited loss size
This characteristic is important to ensure pooling works as it should. Can be managed by reinsurance, dispersing coverage over a large geographic area, or using financial instruments
Calculable probability of loss
To establish a premium that is sufficient to pay all claims and expenses and yields a profit during the policy period
Economically Feasible
Ensures people can afford to purchase the policy
Moral Hazard
Occurs when an entity has an incentive to increase its exposure to risk because it does not bear the full costs of that risk
*In insurance: describes insurance-induced behavioral changes of insureds which affect overall outcome)
Adverse Selection
The tendency of individuals with a higher-than-average chance of loss ("bad risks") to seek insurance at standard rates
Ratemaking
The pricing of insurance and the calculations of insurance premiums
Premium=rate*exposure units
Class Rating (Manual Rating)
Exposures with similar characteristics are grouped and charged the same premium
Merit Rating
Class rates are adjusted up or down based on individual loss experience
Judgement Rating
Each exposure is individually evaluated and the rate is determined by the underwriter's judgement
Underwriting
The process of selecting, classifying, and pricing applicants for insurance
Claims
Verify loss is covered by policy, pay claims fairly and promptly, assist the insured after a loss
Loss Ratio
The ratio of incurred losses and loss adjustment expenses to premiums
Combined Ratio
Sum of loss ratio and expense ratio
Methods of Risk Assessment
1. Loss Forecasting
2. Value at Risk Analysis
3. Other RM tools
1. Large number of exposure units
2. Accidental and unintentional loss
3. Determinable and measurable loss
4. No cat loss/ limited loss size
5. Calculable probability of loss
6. Economically feasible premium
What are the 6 characteristics of an (ideally) insurable risk?
Moral Hazard and Adverse Selection
What are the two major insurability problems you should know?
Moral Hazard
Insurance-induced behavioral changes of insureds which affect the overall outcome. Entity has an incentive to increase its exposure to risk because it does not bear the full costs of that risk
Adverse Selection
The tendency of individuals with a higher-than average chance of loss to seek insurance at standard rates
Ratemaking
The pricing of insurance and the calculation of insurance premiums
Premium
Rate * (exposure units)=
Class Rating
Exposures with similar characteristics are grouped and charged the same premium
Merit Rating
Class rates are adjusted up or down based on individuals loss experience
Judgement Rating
Each exposure is individually evaluated and the rate is determined by the underwriter's judgement
Underwriting
Process of selecting, classifying, and pricing applicants for insurance
Claims
Verify loss is covered by the policy, pay claims fairly and promptly, assist the insured after a loss
Loss Ratio
The ratio of incurred losses and loss adjustment expenses to premiums
Loss Ratio Equation
(Incurred losses + loss adjustment expenses) / premiums earned
Underwriting Cycles
The tendency of property and casualty insurance premiums, profits and available coverage to exhibit a cyclical pattern
Soft Market
low prices and generous coverage, low underwriting profits
Hard Market
high premiums, limited coverage, high underwriting profits
Financial pricing hypothesis
Premiums reflect the discounted value of costs associated with losses; temporary deviations from an assumed market equilibrium could be explained by random changes in demand and supply
Capacity constraints hypothesis
The capital market is not perfect in the sense that shocks to capital result in cycles. Capital cannot move immediately and without cost into and out of the insurance market
Financial quality hypothesis
Assumes that an insurance company's premiums endogenously depend on its insolvency potential
Option pricing approach
Assumes policyholders to have a short position in a put option on insurer assets. This put option is referred to as the insolvency put. AN insurer's insolvency risk, and hence the value of the option, increases when insurer capacity goes down.
Combined Ratio
loss ratio + expense ratio =
Overall operating ratio
combined ratio - investment income ratio
Loss Forecasting
Use of different tools and techniques by risk managers to try to predict losses
Risk Management Information System
A computerized database that permits the risk manager to store, update, and analyze risk management data
Risk Management Intranet
A website with search capabilities designed for a limited, internal audience
Risk Map
A grid detailing the potential frequency and severity of risks faced by the organization
Catastrophe modeling
a computer-assisted method of estimating losses that could occur as a result of a catastrophic event
Reinsurance
An arrangement by which an insurer transfers to another insurer part or all of its potential losses
The ceding company
In terms of reinsurance, the primary insurer is called ....
The reinsurer
In terms of reinsurance, insurer that accepts the insurance from the ceding company is called ....
Retention Limit
The amount of insurance retained by the ceding company
Cession
The amount of insurance ceded to the reinsurer
Facultative Reinsurance
An optional, case-by-case reinsurance agreement between the parties
Treaty (obligatory) Reinsurance
The primary insurer is bound by obligation to cede insurance to the reinsurer is bound to accept the business
- All business that falls within the scope of the agreement is automatically reinsured
Pro rata
The ceding company and reinsurer agree to share losses and premiums based on some proportion
Excess method
The reinsurer pays only when covered losses exceeds a certain level
Quota-share treaty
The ceding insurer and the reinsurer agree to share premiums and losses based on some pre-determined proportion
Surplus-share treaty
the reinsurer agrees to accept insurance in excess of the ceding insurer's retention limit, up to some maximum amount
- sharing is dependent on face value of the policy
Excess-of-loss treaty
designed for protection against a catastrophic loss
- can be written to cover a single exposure, a single occurrence, or excess losses
Stop Loss Treaty
An XL treaty where the excess amount is determined by the sum of losses in a given period (generally within a year)
Reinsurance pool
An organization of insurers that underwrites insurance on a joint basis
- Each pool member agrees to pay a certain percentage
of every loss
- Each pool member pays for his or her share of losses
below a certain amount; losses exceeding that amount
are then shared by all members in the pool
What are the two ways reinsurers work?
Alternative Risk Transfer
ART stands for?
Financial Reinsurance
Contracts that are often highly customized and focus on financing aspects rather than the actual transfer of risk
Retrospective
Transfer of an insurance portfolio for the purpose of withdrawing from the business segment
Prospective
Management of an experience account that is debited by losses and gradually offset by premiums
Securitization of risk
An insurable risk is transferred to the capital markets through the creation of a financial instrument
Alternative Risk Transfer (ART)
Refers to the novel techniques and instruments for managing underwriting cat risks
Equity securities
In the event of a predefined cat, equity is available at an agreed premium
Interest-bearing securities
Cat bonds where investors lose the right to interest payments and/or parts of the capital provided in the event of a loss
Cat bonds
Corporate bonds that permit the insurer of the bond to skip or reduce the interest payments if a catastrophic loss occurs
Advantages of cat bonds
No moral hazard issues, independent of reinsurance markets, fast regulation
Disadvantages of cat bonds
High transaction costs basic risk, not very flexible
Equity put option
Option to increase capital at term agreed ex ante