Podcast
Questions and Answers
Which of the following best describes the relationship between frequency and severity as it relates to insurance?
Which of the following best describes the relationship between frequency and severity as it relates to insurance?
- Frequency and severity have a complex relationship, and the specific relationship between the two varies significantly depending on the type of risk being assessed. (correct)
- Frequency and severity are directly proportional, meaning that higher frequency always leads to higher severity.
- Frequency and severity are independent of each other, meaning there is no consistent relationship between the two.
- Frequency and severity are inversely proportional, meaning that high frequency always indicates low severity.
Which of the following risk scenarios would MOST LIKELY be categorized as having high frequency but low severity?
Which of the following risk scenarios would MOST LIKELY be categorized as having high frequency but low severity?
- Natural disasters such as earthquakes, leading to widespread property damage and potential loss of life.
- Accidents involving aircraft resulting in significant damage and loss.
- Insurance claims for damage to a vehicle caused by a minor car accident. (correct)
- Cyberattacks targeting a large corporation's data systems, with high recovery costs.
According to the content, which risk scenario would MOST LIKELY be categorized as having low frequency but high severity?
According to the content, which risk scenario would MOST LIKELY be categorized as having low frequency but high severity?
- Claims for relatively low-value damage to a personal vehicle due to minor accidents.
- Claims for medical expenses related to minor illnesses needing outpatient care.
- Large-scale insurance claims related to accidents involving aircraft, resulting in significant financial losses. (correct)
- Insurance claims related to theft of valuables from a residential property.
Based on the provided examples, what is the PRIMARY reason why insurers need to understand the relationship between frequency and severity?
Based on the provided examples, what is the PRIMARY reason why insurers need to understand the relationship between frequency and severity?
Based on the example of the two buildings near the river, how would you categorize the insurance risk of the building further away from the river in terms of frequency and severity?
Based on the example of the two buildings near the river, how would you categorize the insurance risk of the building further away from the river in terms of frequency and severity?
Which of the following is NOT mentioned as a factor influencing the severity of risk?
Which of the following is NOT mentioned as a factor influencing the severity of risk?
When assessing the risk of a specific type of insurance, what is a key consideration based on the relationship between frequency and severity?
When assessing the risk of a specific type of insurance, what is a key consideration based on the relationship between frequency and severity?
What is a key takeaway from the content about the relationship between frequency and severity in insurance?
What is a key takeaway from the content about the relationship between frequency and severity in insurance?
What is the first step in assessing the likelihood of a risk?
What is the first step in assessing the likelihood of a risk?
What is the purpose of multiplying the likelihood and impact scores of a risk?
What is the purpose of multiplying the likelihood and impact scores of a risk?
Which of the following is NOT a risk associated with paint spraying, as mentioned in the text?
Which of the following is NOT a risk associated with paint spraying, as mentioned in the text?
What is the primary factor in deciding whether to eliminate or mitigate a risk?
What is the primary factor in deciding whether to eliminate or mitigate a risk?
What is the most appropriate action for a business to take when the cost of mitigating a risk is high and the likelihood of the risk occurring is low?
What is the most appropriate action for a business to take when the cost of mitigating a risk is high and the likelihood of the risk occurring is low?
What does the law of large numbers help insurers to achieve?
What does the law of large numbers help insurers to achieve?
How is the law of large numbers illustrated using a coin flip?
How is the law of large numbers illustrated using a coin flip?
What role does historic data serve for insurers?
What role does historic data serve for insurers?
Why is the law of large numbers particularly important for new classes of business?
Why is the law of large numbers particularly important for new classes of business?
What should the premium be in relation to claims and operating costs?
What should the premium be in relation to claims and operating costs?
What is a common outcome of flipping a coin 10 times compared to 10,000 times?
What is a common outcome of flipping a coin 10 times compared to 10,000 times?
What happens to expected number outcomes with larger sample sizes?
What happens to expected number outcomes with larger sample sizes?
Why is it difficult to use historic data when the insurer enters new classes of business?
Why is it difficult to use historic data when the insurer enters new classes of business?
What does the level of risk depend on?
What does the level of risk depend on?
What is the relationship between uncertainty and risk?
What is the relationship between uncertainty and risk?
What does the text suggest about the risk involved in a building located 100 meters away from a riverbank and on a slight hill?
What does the text suggest about the risk involved in a building located 100 meters away from a riverbank and on a slight hill?
What are the two primary criteria used to assess risk?
What are the two primary criteria used to assess risk?
Why is there uncertainty regarding the risk of a building located near a river prone to overflowing?
Why is there uncertainty regarding the risk of a building located near a river prone to overflowing?
How does the concept of uncertainty relate to the risk of death?
How does the concept of uncertainty relate to the risk of death?
What is the key difference between a peril and a hazard?
What is the key difference between a peril and a hazard?
How is the element of risk present even when the outcome is certain?
How is the element of risk present even when the outcome is certain?
Which of the following types of risk involves the possibility of both loss and gain?
Which of the following types of risk involves the possibility of both loss and gain?
What is a characteristic of pure risks?
What is a characteristic of pure risks?
Which of the following is an example of a pure risk?
Which of the following is an example of a pure risk?
What are fundamental risks characterized by?
What are fundamental risks characterized by?
Which risk cannot be insured against due to its nature?
Which risk cannot be insured against due to its nature?
What best defines fundamental risks?
What best defines fundamental risks?
In the context of insurance, which of the following would be a speculative risk?
In the context of insurance, which of the following would be a speculative risk?
What distinguishes pure risks from fundamental risks?
What distinguishes pure risks from fundamental risks?
What is the primary purpose of the London Market insurance essentials unit (LM1)?
What is the primary purpose of the London Market insurance essentials unit (LM1)?
What is a key characteristic of the London Market that is examined within LM1?
What is a key characteristic of the London Market that is examined within LM1?
What is NOT explicitly mentioned as a topic covered in the LM1 unit?
What is NOT explicitly mentioned as a topic covered in the LM1 unit?
What is the implication of the statement "You can find more information on the specific unit in the exam guide (available on the unit page on the CII website and on RevisionMate)"?
What is the implication of the statement "You can find more information on the specific unit in the exam guide (available on the unit page on the CII website and on RevisionMate)"?
What is the significance of the CII's accessibility and reasonable/special adjustments policy?
What is the significance of the CII's accessibility and reasonable/special adjustments policy?
What is the intended audience for the information provided in the text about preparing for the LM1 exam?
What is the intended audience for the information provided in the text about preparing for the LM1 exam?
Which of the following statements best describes the purpose of the LM1 unit?
Which of the following statements best describes the purpose of the LM1 unit?
What is the implication of the statement "You do not lose marks for giving a wrong answer!"?
What is the implication of the statement "You do not lose marks for giving a wrong answer!"?
Flashcards
Risk Assessment
Risk Assessment
The process of analyzing and evaluating risks to minimize potential adverse events.
Likelihood Scale
Likelihood Scale
A measure used to determine how probable a risk is, usually rated from 1 to 3.
Impact Scale
Impact Scale
A scale assessing the potential consequences of a risk, also from 1 to 3.
Risk Multiplier
Risk Multiplier
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Cost-Benefit Analysis
Cost-Benefit Analysis
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Uncertainty
Uncertainty
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Risk
Risk
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Level of risk
Level of risk
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Frequency
Frequency
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Severity
Severity
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Risk management process
Risk management process
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Prone to overflowing
Prone to overflowing
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Position-related risk
Position-related risk
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Severity of Risk
Severity of Risk
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Frequency of Risk
Frequency of Risk
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High Frequency, Low Severity
High Frequency, Low Severity
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Low Frequency, High Severity
Low Frequency, High Severity
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Risk Assessment Factors
Risk Assessment Factors
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Comprehensive Motor Insurance
Comprehensive Motor Insurance
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Accidents in Aviation
Accidents in Aviation
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Risk Profiles for Insurers
Risk Profiles for Insurers
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Speculative Risk
Speculative Risk
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Pure Risk
Pure Risk
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Example of Pure Risk
Example of Pure Risk
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Fundamental Risk
Fundamental Risk
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Risk of Fire
Risk of Fire
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Risk of Machinery Breakdown
Risk of Machinery Breakdown
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Risk of Injury to Employees
Risk of Injury to Employees
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Non-Financial Risk
Non-Financial Risk
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Premium
Premium
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Law of Large Numbers
Law of Large Numbers
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Expected Number
Expected Number
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Claims Payments
Claims Payments
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Historic Data
Historic Data
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Risk Prediction
Risk Prediction
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Probability
Probability
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Coverage
Coverage
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London Market Insurance
London Market Insurance
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Fundamental Principles of Insurance
Fundamental Principles of Insurance
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Role of Insurance in Economy
Role of Insurance in Economy
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Insurance Business Cycle
Insurance Business Cycle
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Regulatory Framework
Regulatory Framework
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Pandemic Impact on Insurance
Pandemic Impact on Insurance
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Classes of Business in London Market
Classes of Business in London Market
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Accessibility in CII Assessments
Accessibility in CII Assessments
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Study Notes
Risk Assessment and Management
- Risks in activities like painting include overspray onto neighboring properties and worker exposure to paint fumes.
- Risk elimination is possible by not performing the activity.
- Analysis involves determining the likelihood (1-3 scale, 3 most likely) and impact (1-3 scale) of a risk.
- Multiplying likelihood and impact allows ranking risks.
- Cost-benefit analysis is crucial to decide if minimizing risk is worthwhile (e.g., cost of enclosing spray area vs. potential damages).
- Alternative solutions, like outsourcing the work, deserve consideration.
- Risk management depends on reasonable cost vs. potential losses.
Uncertainty and Risk Levels
- Uncertainty is doubt about future events, implying incomplete prediction; this is fundamental to risk.
- Complete certainty removes risk.
- Risk exists independent of individuals.
- Uncertainty exists even in situations like life insurance (knowing death is inevitable, but not when).
- Risk levels vary; some events are more probable.
Frequency and Severity of Risk
- Risk assessment assesses frequency (how often it happens) and severity (seriousness of the event).
- High frequency/low severity = frequent minor losses, like minor car damage.
- Low frequency/high severity = high-cost events, like plane crashes (minimized by advancing technology).
- These profiles are vital for insurance; speculative risks cannot be insured.
Types of Risks
- Pure risks involve potential loss but no potential gain (e.g., plane travel – safety is the best outcome).
- Pure risks are usually insurable (e.g., fire risk, machinery breakdown, employee injury).
- Speculative risks are uninsurable (e.g., a fashion collection's success).
- Fundamental risks are uninsurable due to wide-scale impact (e.g., famine, recession).
Law of Large Numbers
- Insurers leverage the law of large numbers, where a large number of similar events have actual outcomes close to predicted.
- This allows insurers to predict and charge premiums fairly.
- Historical data informs premium calculations, but the law of large numbers becomes essential for new risks.
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