🇺🇸 Chartered Financial Consultant (ChFC) · subject

Chartered Financial Consultant (ChFC) Investment Planning Syllabus

The Investment Planning syllabus for Chartered Financial Consultant (ChFC) in full: 4 chapters, 17 topics and 20 sub-topics, every one listed below, plus 59 Investment Planning flashcards with answers.

4Chapters
17Topics
20Sub-topics
59Flashcards

Investment Planning syllabus: all 4 chapters

Expand any chapter to see its topics and sub-topics.

  1. Investment Vehicles and Markets

    4 topics
    • Equity Securities
      • Common and preferred stock
      • Stock valuation fundamentals
    • Fixed-Income Securities
      • Bond features and pricing
      • Duration and convexity
      • Yield measures
    • Pooled Investment Vehicles
      • Mutual funds and ETFs
      • Closed-end funds and REITs
    • Alternative Investments and Derivatives
      • Options and futures
      • Hedge funds and private equity
  2. Risk, Return, and Portfolio Theory

    4 topics
    • Measuring Investment Risk
      • Standard deviation and variance
      • Beta and systematic vs. unsystematic risk
    • Measuring Investment Return
      • Holding period, time-weighted, and dollar-weighted returns
      • Real vs. nominal returns
    • Modern Portfolio Theory and Diversification
      • Efficient frontier and correlation
    • Asset Pricing Models
      • Capital asset pricing model (CAPM)
      • Efficient market hypothesis
  3. Portfolio Construction and Management

    5 topics
    • Developing an Investment Policy Statement
    • Asset Allocation and Rebalancing Strategies
      • Strategic vs. tactical allocation
    • Active vs. Passive Management
    • Performance Measurement and Attribution
      • Sharpe, Treynor, and Jensen's alpha
    • Behavioral Influences on Investment Decisions
  4. Taxation of Investments and Investment Strategies

    4 topics
    • Tax-Efficient Investing and Asset Location
    • Taxation of Capital Gains, Dividends, and Interest
    • Tax-Advantaged Investment Accounts
    • Investment Strategies
      • Dollar-cost averaging
      • Bond ladders and immunization

Chartered Financial Consultant (ChFC) Investment Planning flashcards — 59 questions with answers

  1. What are the two primary characteristics that define a common stock (equity security)?

    It represents an ownership/residual interest in a corporation, granting voting rights and a residual claim on assets and earnings (after creditors and preferred shareholders), with potentially unlimited upside and the risk of total loss.

  2. How does preferred stock differ from common stock in terms of dividends and claims?

    Preferred stock pays a fixed dividend and has a higher claim on assets and earnings than common stock (but below bondholders). It typically carries no voting rights and behaves more like a fixed-income instrument; dividends may be cumulative.

  3. What is the formula for the value of a stock using the constant-growth (Gordon) Dividend Discount Model?

    $$P_{0} = \frac{D_{1}}{r - g}$$ where $D_{1}$ is next year's dividend, $r$ is the required return, and $g$ is the constant dividend growth rate (valid only when $r > g$).

  4. In bond pricing, what is the inverse relationship between interest rates and price?

    Bond prices move inversely to market interest rates: when rates rise, existing bond prices fall; when rates fall, existing bond prices rise.

  5. Define duration and what it measures for a fixed-income security.

    Duration is the weighted-average time to receive a bond's cash flows and measures interest-rate sensitivity. Approximate price change is $\Delta P \approx -D \times \Delta y \times P$, so a higher duration means greater price volatility for a given yield change.

  6. What is convexity and why does it matter for bonds?

    Convexity measures the curvature of the price-yield relationship (how duration changes as yields change). Positive convexity means a bond gains more when rates fall than it loses when rates rise, improving the duration-based price estimate for large yield moves.

  7. What is the relationship between a bond's coupon rate, current yield, and yield to maturity when a bond trades at a discount?

    For a discount bond (price below par): Coupon rate $<$ Current yield $<$ Yield to maturity. For a premium bond the inequality reverses; at par all three are equal.

  8. What is a mutual fund's Net Asset Value (NAV) and how is it calculated?

    $$\text{NAV} = \frac{\text{Total Assets} - \text{Total Liabilities}}{\text{Shares Outstanding}}$$ Open-end mutual funds are bought and redeemed at NAV, calculated once at the end of each trading day.

  9. How does an ETF differ from an open-end mutual fund in trading and tax efficiency?

    ETFs trade intraday on an exchange at market prices (which can differ from NAV) and use an in-kind creation/redemption process that minimizes capital gains distributions, making them generally more tax-efficient than mutual funds, which trade only at end-of-day NAV.

  10. What is a closed-end fund and how can its price relate to NAV?

    A closed-end fund issues a fixed number of shares that trade on an exchange. Its market price is set by supply and demand and can trade at a premium or (more commonly) a discount to its NAV.

  11. What is a REIT and what is its key distribution requirement?

    A Real Estate Investment Trust pools capital to own/finance income-producing real estate. To maintain its tax status it must distribute at least 90% of taxable income to shareholders as dividends, which are generally taxed as ordinary income.

  12. Distinguish a call option from a put option.

    A call gives the holder the right (not obligation) to BUY the underlying at the strike price; a put gives the right to SELL at the strike. Call buyers are bullish; put buyers are bearish.

  13. What is the difference between a futures contract and a forward contract?

    Futures are standardized, exchange-traded, and marked-to-market daily through a clearinghouse; forwards are customized, private OTC contracts with counterparty risk and settlement at maturity.

  14. What distinguishes systematic risk from unsystematic risk?

    Systematic (market) risk affects the entire market and cannot be diversified away (e.g., interest rates, recessions); unsystematic (specific) risk is firm/industry-specific and CAN be eliminated through diversification.

  15. What does standard deviation measure as a risk metric, and what is its formula?

    Standard deviation measures total volatility (dispersion of returns around the mean). $$\sigma = \sqrt{\frac{\sum_{i=1}^{n}(R_{i} - \bar{R})^{2}}{n-1}}$$ A higher $\sigma$ indicates greater total risk.

  16. What does beta ($\beta$) measure and what do values of 1, >1, and <1 indicate?

    Beta measures systematic risk relative to the market. $\beta = 1$ moves with the market; $\beta > 1$ is more volatile than the market; $\beta < 1$ is less volatile; $\beta < 0$ moves opposite to the market.

  17. How is beta calculated using covariance?

    $$\beta_{i} = \frac{\text{Cov}(R_{i}, R_{m})}{\sigma_{m}^{2}} = \frac{\rho_{i,m}\,\sigma_{i}\,\sigma_{m}}{\sigma_{m}^{2}}$$ where it equals the covariance of the asset with the market divided by the market's variance.

  18. What is the coefficient of variation and what is it used for?

    $$CV = \frac{\sigma}{\bar{R}}$$ It measures risk per unit of return (standard deviation relative to mean return), allowing comparison of relative risk between investments with different expected returns; lower is better.

  19. What is the formula for the holding period return (HPR)?

    $$HPR = \frac{(P_{1} - P_{0}) + \text{Income}}{P_{0}}$$ the sum of price appreciation plus income (dividends/interest), divided by the beginning price.

  20. Distinguish the arithmetic mean return from the geometric mean return.

    The arithmetic mean is the simple average of periodic returns (good for estimating a single future period). The geometric mean is the compound annual growth rate, $\sqrt[n]{\prod(1+R_{i})} - 1$, which accounts for compounding and is always $\leq$ the arithmetic mean.

Show the other 39 Investment Planning flashcards
  1. What is the difference between the nominal (time-weighted) return and the dollar-weighted (IRR) return?

    Time-weighted return measures the manager's performance independent of cash-flow timing; dollar-weighted return (internal rate of return) reflects the investor's actual experience, accounting for the timing and size of contributions and withdrawals.

  2. State the Fisher equation relating nominal and real returns.

    $$(1 + r_{nominal}) = (1 + r_{real})(1 + i)$$ so the exact real return is $r_{real} = \frac{1 + r_{nominal}}{1 + i} - 1$, where $i$ is inflation. The approximation is $r_{real} \approx r_{nominal} - i$.

  3. What is the core insight of Modern Portfolio Theory (MPT) regarding combining assets?

    By combining assets that are not perfectly positively correlated, an investor can reduce portfolio risk (standard deviation) below the weighted average of the individual assets' risks, achieving a better risk-return tradeoff through diversification.

  4. What is the correlation coefficient range and what value provides the greatest diversification benefit?

    Correlation ($\rho$) ranges from $-1$ to $+1$. A value of $-1$ (perfect negative correlation) offers the maximum diversification benefit; $+1$ offers no diversification benefit. Any $\rho < 1$ provides some risk reduction.

  5. What is the formula for the variance of a two-asset portfolio?

    $$\sigma_{p}^{2} = w_{1}^{2}\sigma_{1}^{2} + w_{2}^{2}\sigma_{2}^{2} + 2 w_{1} w_{2}\, \rho_{1,2}\, \sigma_{1}\sigma_{2}$$ where $w$ are weights, $\sigma$ are standard deviations, and $\rho_{1,2}$ is their correlation.

  6. What is the efficient frontier?

    The efficient frontier is the set of optimal portfolios that offer the highest expected return for each level of risk (or lowest risk for each return). Rational investors choose portfolios on this curve; anything below it is suboptimal.

  7. What is the Capital Asset Pricing Model (CAPM) formula?

    $$E(R_{i}) = R_{f} + \beta_{i}\,(E(R_{m}) - R_{f})$$ The expected return equals the risk-free rate plus beta times the market risk premium $(E(R_{m}) - R_{f})$.

  8. What does the Security Market Line (SML) plot, and what does it mean if a stock plots above it?

    The SML plots expected return against beta (systematic risk). A security plotting ABOVE the SML is undervalued (offers more return than required for its risk); below the SML is overvalued.

  9. How does the Capital Market Line (CML) differ from the Security Market Line (SML)?

    The CML plots expected return against total risk (standard deviation) and applies only to efficient portfolios. The SML plots expected return against systematic risk (beta) and applies to all individual securities and portfolios.

  10. What is Arbitrage Pricing Theory (APT) and how does it differ from CAPM?

    APT is a multi-factor model where expected return is a function of several systematic risk factors (e.g., inflation, GDP, interest rates), each with its own beta. Unlike single-factor CAPM, it does not require a market portfolio and uses multiple risk premiums.

  11. What are the three forms of the Efficient Market Hypothesis (EMH)?

    Weak form (prices reflect all past price data—technical analysis useless); Semi-strong form (prices reflect all public information—fundamental analysis useless); Strong form (prices reflect all public AND private/insider information).

  12. What is an Investment Policy Statement (IPS) and what is its primary purpose?

    An IPS is a written document governing the client-advisor relationship that defines investment objectives, constraints, roles, and policies. Its purpose is to guide decision-making, set expectations, and provide discipline against emotional reactions to market events.

  13. What are the two key objectives and the five constraints typically specified in an IPS?

    Objectives: Return requirement and Risk tolerance. Constraints (mnemonic TTLLU): Time horizon, Taxes, Liquidity needs, Legal/regulatory factors, and Unique circumstances/preferences.

  14. What is the difference between strategic and tactical asset allocation?

    Strategic asset allocation sets long-term target weights based on the IPS and is largely passive. Tactical asset allocation makes short-term deviations from those targets to exploit perceived market opportunities (a form of active management).

  15. Describe calendar rebalancing versus percentage-of-portfolio (threshold) rebalancing.

    Calendar rebalancing returns the portfolio to target weights at fixed intervals (e.g., quarterly/annually) regardless of market moves. Percentage/threshold rebalancing triggers only when an asset class drifts beyond a set tolerance band (e.g., +/- 5%) from its target.

  16. What is the disciplined behavioral benefit of rebalancing?

    Rebalancing enforces a 'sell high, buy low' discipline—trimming asset classes that have appreciated and adding to those that have declined—maintaining the target risk profile and countering emotional/momentum-driven decisions.

  17. Compare active management and passive (index) management on cost and goal.

    Active management seeks to outperform a benchmark through security selection/timing, with higher fees, turnover, and tax costs. Passive management seeks to match a benchmark/index at minimal cost, with low fees, low turnover, and high tax efficiency.

  18. What is a tracking error and which strategy seeks to minimize it?

    Tracking error is the standard deviation of the difference between a portfolio's returns and its benchmark's returns. Passive/index strategies seek to minimize tracking error; active managers accept higher tracking error in pursuit of excess return.

  19. What is the Sharpe ratio and what does it measure?

    $$\text{Sharpe} = \frac{R_{p} - R_{f}}{\sigma_{p}}$$ It measures excess return per unit of TOTAL risk (standard deviation). Higher is better; best for evaluating a non-diversified portfolio or the whole portfolio.

  20. What is the Treynor ratio and how does it differ from the Sharpe ratio?

    $$\text{Treynor} = \frac{R_{p} - R_{f}}{\beta_{p}}$$ It measures excess return per unit of SYSTEMATIC risk (beta) rather than total risk. It is best for evaluating a well-diversified portfolio or a component within one.

  21. What is Jensen's alpha and what does a positive value indicate?

    $$\alpha = R_{p} - [R_{f} + \beta_{p}(R_{m} - R_{f})]$$ Alpha is the portfolio's actual return minus its CAPM-predicted return. A positive alpha indicates the manager added value (outperformed on a risk-adjusted basis); negative alpha indicates underperformance.

  22. In performance attribution, what are the main components that explain a portfolio's return versus its benchmark?

    The main components are allocation effect (returns from over/underweighting asset classes vs. benchmark), selection effect (returns from choosing specific securities within classes), and an interaction effect combining the two.

  23. What is the information ratio and what does it measure?

    $$IR = \frac{R_{p} - R_{benchmark}}{\text{Tracking Error}}$$ It measures a manager's excess return relative to a benchmark per unit of active risk (tracking error), indicating the consistency of active skill.

  24. Define loss aversion and how it affects investor behavior.

    Loss aversion is the behavioral bias where the pain of a loss is psychologically about twice as powerful as the pleasure of an equivalent gain. It causes investors to hold losing positions too long and sell winners too early (the disposition effect).

  25. What is overconfidence bias and its typical consequence for investors?

    Overconfidence is overestimating one's own knowledge or forecasting ability. It typically leads to excessive trading (higher costs/taxes), under-diversification, and concentrated bets, which usually reduce net returns.

  26. Distinguish anchoring from mental accounting as behavioral biases.

    Anchoring is over-relying on an initial reference point (e.g., purchase price) when making decisions. Mental accounting is treating money differently based on arbitrary categories (e.g., 'play money' vs. retirement funds) rather than viewing the portfolio holistically.

  27. What is herding behavior and the bias of recency in investing?

    Herding is following the crowd into popular trades (driving bubbles and panics). Recency (availability) bias is overweighting recent events/returns when forming expectations, causing investors to chase past performance.

  28. What is the principle of asset location (as distinct from asset allocation)?

    Asset location is placing investments in the most tax-advantaged account type: tax-inefficient assets (taxable bonds, REITs, high-turnover funds) belong in tax-deferred/tax-free accounts, while tax-efficient assets (index funds, qualified-dividend stocks, municipal bonds) are better held in taxable accounts.

  29. What is tax-loss harvesting and what rule must be observed?

    Tax-loss harvesting is selling securities at a loss to offset capital gains (and up to \$3,000 of ordinary income per year, with carryforwards). The wash-sale rule disallows the loss if a substantially identical security is purchased within 30 days before or after the sale.

  30. What are the 2024 long-term capital gains tax rate brackets, and what holding period qualifies?

    Long-term rates (assets held MORE than one year) are 0%, 15%, or 20% depending on taxable income. Short-term gains (held one year or less) are taxed at ordinary income rates.

  31. How are qualified dividends taxed versus ordinary (non-qualified) dividends?

    Qualified dividends are taxed at the favorable long-term capital gains rates (0/15/20%) if holding-period requirements are met. Non-qualified/ordinary dividends and taxable interest are taxed at ordinary income tax rates.

  32. What is the Net Investment Income Tax (NIIT) and its threshold?

    The NIIT is an additional 3.8% surtax on net investment income (interest, dividends, capital gains, rents) for taxpayers with modified AGI above \$200,000 (single) or \$250,000 (married filing jointly). It applies to the lesser of net investment income or MAGI over the threshold.

  33. How is interest from municipal bonds taxed, and what is the taxable-equivalent yield formula?

    Municipal bond interest is generally exempt from federal income tax (and often state tax for in-state bonds). $$\text{TEY} = \frac{\text{Muni Yield}}{1 - \text{Marginal Tax Rate}}$$ which converts a muni yield to its pre-tax taxable equivalent.

  34. Compare the tax treatment of a Traditional IRA/401(k) versus a Roth IRA/401(k).

    Traditional accounts use pre-tax contributions (tax-deductible now) and grow tax-deferred; withdrawals are taxed as ordinary income. Roth accounts use after-tax contributions (no deduction); qualified withdrawals of contributions AND growth are completely tax-free.

  35. What is the key distinction in tax treatment between a tax-deferred and a tax-free account for investment growth?

    In a tax-deferred account (Traditional IRA/401(k)) growth is untaxed until withdrawal, then taxed as ordinary income. In a tax-free account (Roth) qualified growth and withdrawals are never taxed. Both shelter growth from annual taxation, unlike a taxable account.

  36. What is dollar-cost averaging and its main benefit?

    Dollar-cost averaging invests a fixed dollar amount at regular intervals regardless of price. It buys more shares when prices are low and fewer when high, lowering the average cost per share over time and reducing the risk of poorly timed lump-sum investing.

  37. Describe a bond laddering strategy and its advantages.

    A bond ladder buys bonds with staggered, sequential maturities. As each rung matures, proceeds are reinvested into a new long-term rung. This reduces interest-rate and reinvestment risk, provides steady liquidity, and smooths yield across rate cycles.

  38. What is a core-satellite investment strategy?

    A core-satellite approach holds a large low-cost passive 'core' (broad index funds) to capture market returns efficiently, surrounded by smaller actively managed 'satellite' positions intended to add alpha or target specific exposures, balancing cost control with active opportunity.

  39. What is a barbell strategy in fixed-income investing?

    A barbell concentrates holdings in short-term and long-term bonds while avoiding intermediate maturities. The short end provides liquidity and reinvestment flexibility; the long end provides higher yield, giving a blend of stability and return.

Chartered Financial Consultant (ChFC) Investment Planning FAQ

What is in the Chartered Financial Consultant (ChFC) Investment Planning syllabus?

Chartered Financial Consultant (ChFC) Investment Planning is split into 4 chapters: Investment Vehicles and Markets, Risk, Return, and Portfolio Theory, Portfolio Construction and Management and Taxation of Investments and Investment Strategies. Together they contain 17 topics and 20 sub-topics.

How many chapters are in Chartered Financial Consultant (ChFC) Investment Planning?

4 chapters, containing 17 topics and 20 sub-topics. The largest chapter is Portfolio Construction and Management, with 5 topics.

Are there flashcards for Chartered Financial Consultant (ChFC) Investment Planning?

Yes — a 59-card Investment Planning deck, printed in full in the flashcards section of this page and available in the Examius app with spaced repetition. The free plan covers one exam of your choice, including its flashcards; Examius Pro, a one-time purchase, unlocks every other exam and deck.