Chapter 9 Quiz

Twenty questions to check your grasp of risk assessment — COPE, the hazard read, controls, and the grade. Fifteen multiple-choice and five short-answer. Answers and brief explanations are in the collapsed block at the bottom; try the whole set before you open it.

Multiple choice

  1. In COPE, which letter most directly drives the frequency of loss? - A. Construction - B. Occupancy - C. Protection - D. Exposure

  2. In COPE, which letter most directly drives the severity of a fire once it starts? - A. Construction - B. Occupancy - C. Protection - D. Exposure

  3. A "non-combustible" metal building, compared with a heavy-timber building, in a serious fire: - A. Is always the safer risk because metal does not burn - B. Adds no fuel, but its unprotected steel can lose strength and buckle - C. Is identical in fire behavior to a fire-resistive building - D. Cannot suffer a total loss

  4. A fire protection class of 9 (on a 1–10 scale) tells you the location has: - A. Excellent public fire protection and water supply - B. Poor public fire protection — a weak department, limited water, or both - C. No insurable interest - D. A sprinkler system installed

  5. Automatic sprinklers are best described as: - A. A frequency control (they stop fires from starting) - B. A severity control (they hold a fire that starts to a small, contained loss) - C. A moral-hazard control - D. A catastrophe control for wind

  6. A hot-work permit program with a fire watch is primarily: - A. A severity control - B. A frequency control - C. An exposure control - D. A coinsurance clause

  7. The risk-assessment framework in this chapter runs in the order: - A. Grade → controls → hazard → exposure - B. Exposure → hazard → controls → frequency & severity → grade & recommendation - C. Price → terms → decision → grade - D. Loss runs → decline

  8. "Housekeeping" is emphasized in the inspection read because it is: - A. A lagging indicator that only confirms past losses - B. A leading indicator that predicts losses not yet shown on the loss runs - C. Irrelevant to fire risk - D. A protected characteristic

  9. An over-insurance request — limits well above an asset's plausible value — is classically a signal of: - A. Morale hazard - B. Moral hazard - C. Physical hazard - D. A frequency control

  10. A fully-insured plant that lets sprinkler test tags lapse and defers maintenance is showing primarily:

    • A. Moral hazard
    • B. Morale hazard
    • C. External exposure
    • D. A fire-resistive construction class

  11. The disciplined response to a moral- or morale-hazard signal is to:

    • A. Decline immediately
    • B. Ignore it if the building looks fine
    • C. Treat it as a question to resolve before deciding
    • D. Report the insured to the regulator

  12. A risk grade is "conditional" in the sense that:

    • A. It is always provisional and never written down
    • B. It should reflect the risk as you propose to write it, including required controls
    • C. It depends on the broker's mood
    • D. It cannot be compared across risks

  13. Harbor Steel's two fires in five years are best characterized at the assessment stage as:

    • A. Proof of an uninsurable risk — decline
    • B. Just bad luck, requiring no controls
    • C. Elevated frequency, but driven by known, addressable causes — controllable
    • D. Irrelevant, because two events is too small a sample to consider at all

  14. In COPE, the E for a coastal fabrication plant is doing heavy work mainly because:

    • A. A neighboring fireworks plant threatens it
    • B. The named-windstorm / storm-surge exposure is the largest single loss potential in the file
    • C. The occupancy is low-hazard
    • D. The building is fire-resistive

  15. The loss-control recommendation should separate:

    • A. Required conditions of binding from recommended risk-improvements
    • B. Frame from masonry construction
    • C. Agents from brokers
    • D. Premium from surplus

Short answer

  1. State, in one sentence each, what construction and occupancy most tell you about a fire risk, and why you assess both.

  2. Explain why "absence of a finding is not a finding of absence" when reading a loss-control report, using a report that is silent on the electrical panels of a welding shop.

  3. Distinguish a frequency control from a severity control and give one original example of each for an industrial property. Why does a strong risk need both?

  4. Harbor Steel grades below-average as-is but below-average-to-average as-proposed. Write the single sentence that captures the difference, and say why that sentence is the most useful line in the assessment.

  5. Why is risk assessment described as comparative rather than absolute — and how does keeping the comparative frame stop you from either declining every hazardous class or accepting every risk that "isn't on fire today"?

Answer key (try the questions first) 1. **B** — Occupancy brings the ignition sources and hazardous processes; it drives how *often* a loss occurs. (§9.2) 2. **A** — Construction governs how a fire spreads and whether the building survives; it drives *severity*. (§9.2) 3. **B** — Bare structural steel adds no fuel but weakens and can buckle at fire temperatures; non-combustible ≠ fire-resistive. (§9.2) 4. **B** — On a 1–10 scale, 1 is best and 10 is effectively unprotected; 9 signals poor public protection. (§9.2) 5. **B** — Sprinklers rarely stop ignition; they hold a fire that starts to a small, contained loss — a severity control. (§9.5) 6. **B** — A hot-work permit program attacks the ignition source, lowering how *often* a fire starts — a frequency control. (§9.5) 7. **B** — Exposure → hazard → controls → frequency & severity → grade & recommendation. (§9.1) 8. **B** — Clean or messy housekeeping predicts future losses; it is a leading indicator of the operation's discipline. (§9.3) 9. **B** — Over-insurance creates an *incentive* tied to a loss — the classic moral-hazard setup. (§9.4) 10. **B** — No intent to cause loss, just relaxed care once insured — morale hazard. (§9.4) 11. **C** — Resolve the signal (get the valuation, read the financials, ask for claim detail) before deciding; neither paranoia nor gullibility. (§9.4) 12. **B** — The grade reflects the risk *as proposed to be written*, with the controls you require. (§9.7) 13. **C** — Two events is a small sample, but both trace to known, addressable hazards — elevated but controllable. (§9.6) 14. **B** — The shared named-windstorm/storm-surge exposure is the largest single severity potential in the file. (§9.2, §9.6) 15. **A** — Required conditions precedent to binding vs. recommended risk-improvements that won't hold the quote. (§9.7) 16. *Construction* tells you how *severe* a fire becomes (how it spreads, whether the building survives); *occupancy* tells you how *often* one starts (the ignition sources and processes the use brings). You assess both because severity and frequency are independent dimensions of expected loss, and a risk can be strong on one and weak on the other. (§9.2) 17. A silent report has not established the hazard is absent; it has established only that the inspector did not look or did not say. A welding shop *always* carries an electrical hazard, so silence on the panels is a gap to close — you request a fuller survey or put a pointed question back to the broker, and you do not treat the silence as a clean finding. (§9.3) 18. A *frequency control* reduces how often a loss occurs (e.g., a hot-work permit program, electrical IR scans); a *severity control* reduces how bad a loss is when it occurs (e.g., automatic sprinklers, fire walls). A strong risk needs both because you cannot drive frequency to zero — humans weld and wires age — so you must also ensure the inevitable loss is survivable. (§9.5) 19. "Harbor Steel grades below-average *as it walked in* — aging roof, original sprinklers, two uncontrolled-looking fires, named-storm exposure — but becomes a managed, writable risk *as proposed* — with a hot-work program, an IR scan, sprinkler certification, an ACV-roof endorsement, and a windstorm deductible." It is the most useful line because it tells the rest of the process exactly what work the terms and controls have to do to make the account writable. (§9.7) 20. Assessment asks "is this risk better or worse than the typical risk *of its class*, and by how much?" — not "is this risk dangerous?" in the abstract, since every business has risk. Keeping the comparative frame lets you place a hazardous-class account (a fabricator) fairly within its own class rather than declining it for being hazardous, and it stops you from accepting a genuinely poor risk just because it has not had a loss yet — you compare it to its peers, not to zero. (§9.1)