Series 66: Economic Factors

Series 66 Economic Factors questions help you isolate one part of the NASAA outline before returning to a mixed practice test. The questions below are original Securities Prep practice items aligned to this topic and are not copied from any exam sponsor.

Topic snapshot

Sample questions

Question 1

An IAR recommends a sponsor-backed, illiquid real estate program to a client. The IA’s Form ADV (delivered and acknowledged at onboarding) discloses that the firm receives a sponsor payment if clients invest.

To persuade the client, the IAR emails an NPV summary and states, “This deal adds $8,000 of value,” using a 5% discount rate even though the client’s IPS sets a 9% required return for illiquid alternatives.

What is the primary ethical/compliance risk the IAR must address?

• A. Accepting a sponsor payment creates a prohibited conflict of interest
• B. Using NPV analysis in a retail email is an impermissible advertising practice
• C. Misleading the client by presenting NPV as value added using an inconsistent required return
• D. Recommending any illiquid real estate investment to a client is per se unsuitable

Best answer: C

Explanation: NPV only represents “value added” relative to the required return used, so using 5% instead of the client’s 9% can materially misstate the investment’s value.

NPV measures the value created or destroyed only at the discount rate (required return) used. Calling a project “value added” while discounting at 5% when the client’s required return is 9% can flip the NPV sign and mislead the client about whether the cash flows meet the client’s hurdle rate. That presentation is a communications/compliance problem even if the compensation conflict was previously disclosed.

The key concept is that NPV is always relative to a stated required return (discount rate): it estimates how much value a set of future cash flows adds or removes compared with earning that required return. In the scenario, the client’s IPS establishes 9% as the required return for this type of illiquid investment, so an NPV conclusion meant to support a recommendation should be evaluated at (or at least anchored to) 9%.

Using 5% to claim “adds $8,000 of value” can be misleading because the same cash flows could have a much lower NPV—or a negative NPV—when discounted at the client’s required return. The compliance issue is the communication: the IAR must present assumptions fairly and avoid implying value is added when the analysis is not based on the client’s hurdle rate.

Prior disclosure of sponsor compensation reduces (but does not eliminate) the conflict issue; the immediate problem is the misleading NPV framing.

• The option claiming sponsor payments are prohibited is too broad; such compensation is generally permissible if fully disclosed and managed.
• The option claiming NPV use in an email is impermissible is incorrect; the issue is whether the presentation is fair and not misleading.
• The option asserting illiquid real estate is automatically unsuitable overstates suitability; suitability depends on the client’s objectives, time horizon, liquidity needs, and risk tolerance.

---

Question 2

In time value of money (TVM) problems, candidates often miss points due to setup errors. Which statement is most accurate?

• A. The interest rate and number of periods must use the same time unit (for monthly compounding, use the monthly rate and total number of months).
• B. To avoid sign errors, enter PV and PMT with the same sign so the calculator returns a positive FV.
• C. If a 6% annual rate is compounded monthly, you should use 0.5% per period but keep the number of periods in years.
• D. For an ordinary annuity, the first payment is placed at time 0 on the timeline.

Best answer: A

Explanation: TVM inputs must be converted so the periodic rate and total periods match the cash-flow timing.

TVM calculations require consistent timing: the rate must be stated per cash-flow period, and the number of periods must be counted in those same periods. If compounding is monthly, both the rate and the period count must be converted to monthly terms. This avoids the common pitfall of mixing annual and periodic inputs.

A reliable way to avoid TVM setup mistakes is to start with the cash-flow timing (monthly, quarterly, annually) and then make every input match that timing. If compounding is monthly, use a monthly periodic rate and count the total number of months; if payments are annual, use an annual rate and count years. Separately, keep calculator sign conventions consistent: cash paid out vs. cash received should have opposite signs, and annuity timing matters (ordinary annuity payments occur at period-end, not at time 0).

Key takeaway: unit consistency (rate per period and number of periods) must match the timeline.

• The option mixing a monthly rate with periods still in years mismatches units and produces the wrong discounting/compounding.
• The option suggesting PV and PMT have the same sign violates standard cash-flow sign convention and often triggers errors.
• The option placing an ordinary annuity payment at time 0 confuses ordinary annuities with annuities due.

---

Question 3

A research analyst is reviewing ABC Co.’s liquidity using the following year-end figures (USD): cash $120,000; marketable securities $30,000; accounts receivable $150,000; inventory $200,000; prepaid expenses $20,000; current liabilities $260,000.

Which statement about ABC Co.’s liquidity is INCORRECT?

• A. Quick ratio is about 0.85, implying reliance on selling inventory.
• B. Current ratio is 2.0, showing $2 of current assets per $1 of liabilities.
• C. Quick ratio would be less impacted by obsolete inventory than current ratio.
• D. Quick ratio is about 1.15, excluding inventory and prepaid expenses.

Best answer: A

Explanation: Quick assets are $300,000, so the quick ratio is \(300{,}000/260{,}000\approx1.15\), not 0.85.

The current ratio equals current assets divided by current liabilities, and the quick ratio uses only quick assets (cash, marketable securities, and receivables) over current liabilities. Here, current assets are $520,000 and quick assets are $300,000 with $260,000 of current liabilities. That yields a current ratio of 2.0 and a quick ratio of about 1.15.

Liquidity ratios compare near-term resources to near-term obligations. The current ratio uses all current assets, while the quick ratio focuses on assets most readily convertible to cash by excluding less-liquid items like inventory and prepaid expenses.

• Current assets: $120,000 + $30,000 + $150,000 + $200,000 + $20,000 = $520,000
• Quick assets: $120,000 + $30,000 + $150,000 = $300,000

\[ \begin{aligned} \text{Current ratio} &= \frac{520{,}000}{260{,}000} = 2.0\\ \text{Quick ratio} &= \frac{300{,}000}{260{,}000} \approx 1.15 \end{aligned} \]

A quick ratio above 1.0 generally indicates the firm can cover current liabilities without relying on selling inventory.

• The statement tying a 2.0 current ratio to $2 of current assets per $1 of current liabilities matches the definition.
• The statement computing a ~1.15 quick ratio properly excludes inventory and prepaid expenses from quick assets.
• The statement about obsolete inventory affecting the current ratio more is consistent because inventory is included in current assets but excluded from quick assets.

---

Question 4

A client is evaluating an investment that requires an immediate outlay of $200,000 and is expected to pay $55,000 at the end of each year for 5 years, plus an additional $50,000 at the end of year 5. Using the client’s required return (discount rate) of 8%, a spreadsheet calculates the project’s net present value (NPV) as +$9,400.

Which interpretation is correct?

• A. It means the project’s expected return is exactly 8%
• B. It should be rejected because the present value of inflows is less than $200,000
• C. It adds about $9,400 of value today above the 8% required return
• D. It means the project will be worth $9,400 more at the end of year 5

Best answer: C

Explanation: A positive NPV means the discounted inflows exceed the initial cost, creating value at the stated required return.

NPV measures value created (or destroyed) in today’s dollars after discounting all expected cash flows at the required return. Because the NPV is positive (+$9,400) at 8%, the project is expected to exceed the client’s 8% hurdle rate and add value by that amount on a present-value basis.

Net present value (NPV) is the present value of all expected cash inflows minus the present value of the cash outflow, discounted at the required return. Interpreting NPV is a sign test tied to value creation at the hurdle rate: if NPV is greater than zero, the investment is expected to generate more than the required return and therefore increases wealth today by the NPV amount.

Here, the spreadsheet’s NPV at 8% is +$9,400, so the discounted value of the $55,000 annual payments and the year-5 $50,000 exceeds the $200,000 cost by $9,400 in today’s dollars. The key takeaway is that NPV is a present-value wealth change, not a future (year-5) dollar amount and not the investment’s rate of return.

• The choice claiming the inflows’ present value is less than $200,000 contradicts the stated positive NPV.
• The choice equating NPV to an 8% expected return confuses NPV with IRR; IRR equals the discount rate when NPV is zero.
• The choice placing the $9,400 at year 5 shifts NPV from present dollars to a future value, which changes its meaning.

---

Question 5

An IAR is helping a client set aside money for a home down payment due in 6 years. The client wants a single lump-sum deposit today into a principal-stable vehicle and assumes a 4% annual return compounded annually. The client needs exactly $100,000 at the end of year 6 and will make no additional contributions. Which amount should the IAR recommend depositing today to meet the goal?

• A. $79,032
• B. $126,532
• C. $75,000
• D. $83,000

Best answer: A

Explanation: This is the present value of $100,000 discounted 6 years at 4% compounded annually.

Because the client needs a known amount in the future with a single deposit today, the correct approach is to compute present value. Discount the $100,000 future value back 6 years at the stated 4% annual compounding rate to find the deposit required today.

This is a present value problem: a future dollar goal is given, along with the discount rate and time horizon, and the client wants one deposit today. Use the PV formula with annual compounding:

\[ \begin{aligned} PV &= \frac{FV}{(1+r)^n} \\ PV &= \frac{100{,}000}{(1.04)^6} \\ PV &\approx \frac{100{,}000}{1.265319} \\ PV &\approx 79{,}032 \end{aligned} \]

The key is matching the compounding assumption (annual) to the exponent (6 years) and discounting rather than compounding.

• The $75,000 choice understates the PV because it discounts too aggressively or uses the wrong factor.
• The $83,000 choice overstates the PV and would exceed the required $100,000 at 4% for 6 years.
• The $126,532 choice reflects compounding $100,000 forward, not discounting it back.

---

Question 6

An investment adviser representative prepares a client newsletter comparing two stocks using trailing 12‑month P/E ratios, but one company’s EPS includes a large one-time litigation gain that materially boosted earnings. Which compliance requirement best matches this situation?

• A. File the newsletter with the state administrator before use
• B. Disclose the nonrecurring item and use comparable, normalized earnings
• C. No disclosure is needed if the EPS came from public filings
• D. Register the newsletter as a security offering document

Best answer: B

Explanation: Using a P/E based on one-time boosted earnings can be misleading unless the limitation is clearly disclosed and the comparison is made on a comparable basis.

Valuation multiples like P/E are only meaningful when the underlying earnings are comparable. A material one-time item can distort EPS and make the multiple misleading. The appropriate compliance outcome is to ensure communications are not misleading by disclosing the distortion and/or normalizing earnings before presenting the comparison.

The core issue is comparability: a P/E multiple depends on earnings, and a material nonrecurring gain can temporarily inflate EPS, making the stock appear “cheaper” than it really is on an ongoing basis. In an adviser communication, presenting that P/E comparison without addressing the one-time item can be misleading because it omits a material fact about how the multiple was derived. The appropriate remedy is disclosure (and typically adjusting the analysis, such as using normalized or forward earnings) so the basis of comparison is fair and not misleading. This is an advertising/communications integrity issue, not a registration or filing issue.

• The option claiming public data needs no disclosure is wrong because omission of a material limitation can still be misleading.
• The option about filing with the administrator is generally not required for adviser newsletters in routine use.
• The option about registering the newsletter as an offering document confuses research/advertising with securities issuance requirements.

---

Question 7

An IAR is preparing a client-facing illustration comparing two savings programs that both advertise “8% per year.” Program A credits interest monthly; Program B credits interest annually. The IAR wants the comparison to be fair and not misleading.

Which statement by the IAR best complies with a fiduciary standard of care and fair disclosure?

• A. “Monthly compounding guarantees a higher return, so we can present Program A as the better choice.”
• B. “Because both advertise 8%, we can treat the growth as the same and focus only on the stated rate.”
• C. “To keep the illustration simple, we’ll assume both compound annually without noting that assumption.”
• D. “We need to disclose the compounding frequency and compare them using effective annual results, because more frequent compounding produces a higher ending value at the same stated rate.”

Best answer: D

Explanation: Fair comparisons require disclosing compounding assumptions and, when rates differ by compounding, translating nominal rates into effective outcomes.

Compounding frequency changes the effective (realized) growth from the same stated annual rate: more frequent compounding produces a higher future value and a lower present value for a given future dollar amount. A fiduciary, fair-and-balanced presentation should clearly disclose the compounding convention used and avoid implying two products are equivalent when their effective results differ. Converting to an effective annual rate (or showing ending values over the same period) makes the comparison not misleading.

The core concept is that a stated annual rate is not enough to determine PV/FV unless you also know the compounding frequency. At the same nominal rate, more frequent compounding increases the effective annual rate, which increases the future value for a given present investment (and decreases the present value required to reach a given future goal). In an advisory illustration, a fair comparison should therefore:

• State each program’s compounding convention (monthly vs. annual)
• Compare outcomes on the same basis (e.g., effective annual rate or ending value over the same time horizon)
• Avoid implying “8% is 8%” when the effective results differ

The key takeaway is that frequency affects outcomes, so omitting it can make a rate comparison misleading.

• Treating both as identical because they “advertise 8%” ignores effective rate differences created by compounding frequency.
• Assuming annual compounding for both without disclosure omits a material assumption and can mislead the client.
• Saying monthly compounding “guarantees” a better choice is overly definitive and ignores other product terms, risks, and costs.

---

Question 8

An IAR recommends a company’s 10-year corporate bonds to a conservative retiree, calling the issuer “financially strong” because its stock trades at a low P/E ratio. The IAR does not consider that the issuer’s debt-to-equity ratio has risen to 3.0 and its interest coverage ratio has fallen to 1.5x.

What is the most likely outcome of relying on the P/E ratio alone for this recommendation?

• A. The administrator will automatically order rescission
• B. Underestimated credit risk; bonds may fall on downgrade/default
• C. The issuer must register the bonds with the state
• D. Lower P/E means the bonds are inherently safer

Best answer: B

Explanation: P/E is an equity valuation multiple, while leverage and coverage ratios are central to assessing an issuer’s ability to service bond debt.

A low P/E ratio is mainly used in equity analysis to gauge relative valuation, not an issuer’s capacity to pay bondholders. Credit analysis focuses on ratios tied to cash flow and balance-sheet strength, such as leverage and interest coverage. Ignoring weak leverage/coverage metrics makes it likely the bond’s risk is understated, leading to potential downgrades, widening credit spreads, and losses.

Different ratios answer different questions. Equity valuation multiples like P/E help assess what investors are paying for earnings and are commonly used to compare stocks, but they do not directly measure an issuer’s ability to meet contractual debt payments. For credit and bond recommendations, analysts emphasize ratios that speak to financial flexibility and debt-service capacity, including leverage (e.g., debt-to-equity) and coverage (e.g., interest coverage). Rising leverage and falling interest coverage generally signal greater default and downgrade risk, which can cause corporate bond prices to decline as required yields/credit spreads increase. The key takeaway is to match the ratio to the risk being evaluated: valuation metrics for equity pricing versus coverage/leverage metrics for credit strength.

• The option claiming a low P/E makes bonds safer confuses stock valuation with credit quality.
• The option about automatic rescission overstates administrator remedies; there is no automatic unwind from a weak analytical basis.
• The option about state registration is unrelated to choosing appropriate ratios for credit versus equity analysis.

---

Question 9

An investment adviser representative (IAR) is preparing a retail seminar handout that will be emailed to prospective clients. The draft states: “Company B looks expensive because its P/E is 60, which means it’s riskier than Company A.” The handout cites no data source.

The IAR used the following trailing 12-month (TTM) figures:

• Company A: current price $50; TTM EPS $2.00
• Company B: current price $60; TTM EPS $1.00

Before the handout is distributed, what is the best next step?

• A. Deliver the firm’s Form ADV brochure with the handout to cure any potential disclosure issues
• B. Recalculate and document both P/E ratios, revise the statement to reflect common P/E drivers (such as growth expectations and perceived risk), and submit the final handout with source/date support to compliance for approval
• C. Notice file the handout with the state Administrator because it contains performance-related valuation claims
• D. Register Company A and Company B in the state before comparing their valuation multiples to prospective clients

Best answer: B

Explanation: P/E equals price divided by EPS, and higher P/Es are commonly driven by higher expected growth or lower perceived risk, so the communication must be corrected and substantiated before use.

Using the provided TTM data, Company A’s P/E is 25 and Company B’s P/E is 60. A higher P/E is typically associated with higher expected growth and/or lower perceived risk (and can also be affected by earnings quality), so stating that a higher P/E “means it’s riskier” can be misleading. The appropriate workflow step is to correct the analysis and maintain source/date backup through the firm’s advertising review process.

The core concept is that the price-to-earnings ratio is calculated as \(\text{P/E}=\frac{\text{Price per share}}{\text{Earnings per share}}\). Using the TTM figures given, Company A’s P/E is \(50/2.00=25\) and Company B’s P/E is \(60/1.00=60\). Interpreting differences is high-level and contextual: higher P/Es are commonly driven by higher expected earnings growth, more stable/“higher quality” earnings, and/or lower perceived risk (lower required return); depressed or temporarily low EPS can also mechanically inflate P/E.

Because client communications must have a reasonable basis and not be misleading, the next step is to correct the statement, support the numbers with a source and “as of” date, and route the final handout through the firm’s compliance/advertising review and recordkeeping process.

• Notice filing with an Administrator is not the standard step for an IA’s retail handout; the issue is internal substantiation and approval.
• Delivering Form ADV does not fix a misleading or unsupported valuation claim in a marketing piece.
• Securities registration is unrelated to whether an IAR may compare publicly available valuation multiples in a handout.

---

Question 10

A firm reports current assets of $500,000, including cash $120,000, marketable securities $80,000, accounts receivable $150,000, inventory $100,000, and prepaid expenses $50,000. Current liabilities are $250,000.

Which choice correctly states the firm’s current ratio and quick ratio, and the best interpretation of the difference?

• A. Current 2.0; Quick 1.8; quick excludes only inventory
• B. Current 1.4; Quick 2.0; current excludes inventory and prepaid
• C. Current 0.50; Quick 0.71; liabilities divided by assets
• D. Current 2.0; Quick 1.4; quick is more conservative

Best answer: D

Explanation: Current ratio is \(500/250=2.0\) and quick ratio excludes inventory and prepaid \((350/250=1.4)\).

The current ratio measures liquidity using all current assets divided by current liabilities. The quick ratio is a stricter liquidity measure that removes less-liquid current assets (typically inventory and prepaid expenses) before dividing by current liabilities. Using the figures given, the quick ratio is lower than the current ratio because it excludes those items.

Liquidity ratios compare resources expected to turn into cash within a year to obligations due within a year. The current ratio uses total current assets, so it reflects overall short-term coverage. The quick ratio (acid-test) refines this by focusing on the most liquid current assets, commonly calculated as \((\text{current assets} - \text{inventory} - \text{prepaids})/\text{current liabilities}\), because inventory may take time to sell and prepaid expenses cannot be converted to cash.

Using the data:

• Current ratio: \(\frac{500{,}000}{250{,}000}=2.0\)
• Quick ratio: \(\frac{500{,}000-100{,}000-50{,}000}{250{,}000}=\frac{350{,}000}{250{,}000}=1.4\)

A key takeaway is that the quick ratio should be less than or equal to the current ratio when inventory/prepaids are present.

• The option using 1.8 for the quick ratio fails to exclude prepaid expenses from quick assets.
• The option that swaps the ratios reverses the definitions of current versus quick assets.
• The option dividing liabilities by assets inverts the standard ratio formulas.

Continue with full practice

Use the Series 66 Practice Test page for the full Securities Prep route, mixed-topic practice, timed mock exams, explanations, and web/mobile app access.

Related focused pages

• Investment Vehicles
• Client Recommendations
• Laws and Ethics
• Free Series 66 Full-Length Practice Exam

Free review resource

Use the Series 66 Cheat Sheet on SecuritiesMastery.com when you want a compact review before returning to the NASAA Series 66 Practice Test page.