ASC 820 Level 2 Bonds: Matrix Pricing and Pricing Services

Answer D. Level 2 is correct because the measurement is based on observable inputs other than a quoted price for the identical asset in an active market. Delta uses benchmark yields, recent trades of similar bonds, and market-corroborated credit spreads, all observable market inputs. Because Delta does not rely on significant unobservable (entity-specific) inputs, the measurement is not Level 3.

Why not A: Tempting because the valuation uses market data, but Level 1 requires a quoted price for the identical asset in an active market. The stem states no quoted price for the exact bond in an active market is available.

Why not B: Incorrect: valuation techniques (including matrix pricing) are classified within the fair value hierarchy based on the observability of the inputs used. Using a valuation model does not remove the measurement from the hierarchy.

Why not C: Matrix pricing can sound like a model-based estimate, but Level 3 applies only when significant inputs are unobservable (entity-specific). The facts say Delta relied on observable market inputs and did not use significant unobservable assumptions, so Level 3 does not apply.

Answer C. Level 2 measurements use observable inputs other than quoted prices for identical assets in active markets. Matrix pricing that relies on observable Treasury yield curves, observable credit spreads for comparable issuers, and market-corroborated dealer quotes is a classic Level 2 approach when no significant unobservable inputs are involved. The bond's infrequent trading precludes Level 1 treatment, but the described observable inputs keep it out of Level 3.

Why not A: This option uses an unadjusted quoted price in an active market for identical shares, which is the definition of a Level 1 input. Because it relies on a Level 1 input, it is not classified as Level 2.

Why not B: Although comparable-public-company multiples are observable, the significant discount for lack of marketability is an unobservable input developed by management. The fair value hierarchy is determined by the lowest-level significant input, so the presence of that significant unobservable input places the measurement in Level 3.

Why not D: When an entity uses the NAV practical expedient under ASC 820 to measure an investment, that measurement is typically presented using NAV and is not categorized within Levels 1-3 of the fair value hierarchy (though disclosures about valuation and redemption terms are required). Candidates sometimes misclassify such investments as Level 2 because NAV appears observable, but the practical expedient changes how the hierarchy is applied.

Answer A. Bond P is Level 2 because the pricing is based on observable inputs (recent trades of similar bonds, benchmark yield curves, observable credit spreads) rather than an unadjusted quoted price for the identical asset in an active market. Bond Q is Level 3 because the measurement relies on a significant internally developed, unobservable issuer-specific default adjustment. ASC 820 assigns the hierarchy level based on the lowest-level input that is significant to the overall fair value measurement.

Why not B: This mistakes Bond Q as Level 2 by focusing only on the observable starting inputs. Because Bond Q includes a significant unobservable, entity-developed default adjustment, the measurement is Level 3 under ASC 820.

Why not C: Tempting if a candidate equates a pricing-service price with a quoted price in an active market; Level 1 requires an unadjusted quoted price for the identical asset in an active market, which the stem explicitly denies for Bond P. Bond Q is Level 3, but P is not Level 1.

Why not D: Tempting if a student assumes any model-based or pricing-service-derived amount is automatically Level 3. ASC 820 looks to the significance of unobservable inputs: Bond P relies on observable market-based inputs without a significant unobservable adjustment, so it is Level 2.

Answer A. ASC 820 defines fair value as an exit price that reflects market-participant assumptions. The pricing here is derived from observable market inputs (benchmark yields, issuer credit spreads, recent trades of comparable bonds) with no significant unobservable adjustments, which supports a Level 2 classification. Level 1 would require a quoted price for the identical instrument in an active market; Level 3 requires significant unobservable inputs.

Why not B: Tempting because the answer correctly cites fair value as an exit price and market-based pricing; however, it's incorrect because Level 1 requires a quoted price for the identical asset in an active market. The stem explicitly says no quoted price for the identical bond exists, so Level 1 is not supported.

Why not C: This distractor tempts candidates who confuse fair value with entity-specific 'value in use' or think the company's planned hold affects measurement. It fails because ASC 820 fair value is an exit price using market-participant assumptions, not the entity's own expected cash flows; relying on entity-specific cash flows would introduce unobservable inputs and not represent fair value.

Why not D: Tempting because candidates may overgeneralize that the absence of an identical active-market quote pushes the measurement to Level 3. It fails because observable inputs, benchmark yields, issuer spreads, and recent trades of comparable bonds, are market inputs that typically support a Level 2 measurement; Level 3 applies only when significant unobservable inputs are used.

Answer C. Level 1 requires quoted prices for identical assets in active markets. Asset M uses an unadjusted quoted price for an identical bond in a market that is not active (infrequent trades), so it is classified as Level 2. Asset N's valuation relies on a significant unobservable prepayment assumption, so the measurement is classified as Level 3 (classification is based on the lowest-level significant input).

Why not A: This is tempting because Asset M uses a quoted price for the identical bond, and Asset N uses observable market inputs. However, a quoted price qualifies for Level 1 only if it comes from an active market. Also, once a significant input to Asset N is unobservable, the overall measurement is categorized as Level 3.

Why not B: This choice correctly identifies Asset M as Level 2, which may make it attractive. It is wrong because hierarchy classification depends on the lowest-level significant input; Asset N includes a significant internally developed prepayment assumption that is unobservable, so Asset N is Level 3 rather than Level 2.

Why not D: This is tempting if a candidate equates an inactive market with the most subjective level. But Asset M uses an unadjusted quoted price for an identical instrument, which fits Level 2 when the market is not active. While Asset N is Level 3, Asset M is not.

Answer D. Investment A is Level 1 because ASC 820 assigns an unadjusted quoted price in an active market for an identical asset to Level 1, and obtaining that quote via a pricing service does not change the input level. Investment B is Level 2 because the pricing service's adjustment uses only observable market inputs (credit spreads) and changes the quoted price only minimally, so the measurement is driven by observable inputs rather than significant unobservable inputs.

Why not A: Tempting because it combines two common misconceptions: that third‑party pricing downgrades A to Level 2 and that any adjusted/ thinly traded security must be Level 3. Wrong because A is based on an unadjusted active‑market quote (Level 1), and B's valuation relies on observable inputs with only a minor adjustment (Level 2).

Why not B: Tempting because candidates may (incorrectly) assume that a price sourced from a third‑party pricing service cannot be Level 1. Wrong because ASC 820 focuses on the nature of the inputs: an unadjusted active‑market quoted price for an identical asset is Level 1 regardless of whether the entity receives it directly or via a pricing service.

Why not C: Tempting because the initial quote for B comes from an inactive market and is adjusted, which can make candidates think Level 3 applies. Wrong because Level 3 requires significant unobservable inputs; here the adjustment is based on observable credit‑spread data and is minimal, so B is Level 2.

Answer C. Level 2 inputs are observable inputs other than quoted prices for identical assets in active markets. Valuation based on observable market yields and quoted prices for similar bonds relies on market data that are observable but not identical active-market quotes, so the measurement is classified as Level 2.

Why not A: This option uses a quoted price for identical shares in an active market, which meets the definition of Level 1. It's tempting because it uses market data, but that exact-market quoted price makes it Level 1, not Level 2.

Why not B: Although DCF can be rigorous, when significant inputs (like future cash flows) are unobservable and based on management assumptions, the measurement is generally Level 3. That reliance on unobservable inputs is what rules out Level 2.

Why not D: Even though an independent appraiser is used, the fair value hierarchy depends on the nature of the inputs. Heavy reliance on unobservable assumptions means the measurement would generally be classified as Level 3.

Answer D. ASC 820 bases hierarchy classification on the nature and observability of inputs used to develop the fair value, not on who supplied the price. The pricing service reported the price was developed primarily from observable benchmark yields, issuer credit spreads, and recent trades of comparable bonds, and North concluded there were no significant unobservable inputs. Because the primary inputs are observable (other than a quoted price for the identical asset), this measurement is Level 2.

Why not A: Tempting because an unadjusted vendor price can appear authoritative. It fails because Level 1 requires a quoted price in an active market for the identical asset that the entity can access; an unadjusted price from a pricing service is not automatically a Level 1 quoted market price if no active-market identical quote exists.

Why not B: Tempting because candidates may think independent corroboration is required to use a vendor price. It fails because ASC 820 focuses on the nature of the inputs used to develop the price; if the inputs are observable and no significant unobservable inputs were used, even when a vendor supplied the price, the measurement is Level 2. The need for corroboration affects audit evidence, not the hierarchy classification when the inputs are observable.

Why not C: Tempting because absence of an active-market quote and use of models can suggest more subjectivity. It fails because Level 3 is reserved for measurements that involve significant unobservable inputs; use of interpolation or modeling does not by itself make inputs unobservable if those models are driven primarily by observable inputs.