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32 cards. Read the term and the definition here. The deck at the top of this page is optional.

Goal-based planning
Goal-based planning links household goals to time-dated cash-flow targets, then determines required saving, asset allocation, and monitoring thresholds to fund each goal.
Funding ratio
A goal's funding ratio equals the present value of assets dedicated to that goal divided by the present value of the goal liability; below 1.0 indicates a funding gap.
Required savings formula
For level end-of-year deposits, PMT = (FV × r) ÷ ((1 + r)^n − 1) when r > 0; when r = 0, PMT = FV ÷ n.
Present value of goal
The present value of a future goal equals its future cost divided by (1 + r)^n; use a real return when the goal and cash flows are stated in today's dollars.
Risk tolerance
Risk tolerance is the investor's willingness to accept volatility and loss; it is psychological and may differ from risk capacity, which is the ability to bear risk.
Risk capacity
Risk capacity is the financial ability to bear risk based on income stability, liquidity, time horizon, and human capital; allocation is constrained by the lower of capacity and tolerance.
Human capital
Human capital is the present value of expected future labor income; it is usually larger for younger households and can support greater growth-asset exposure, all else equal.
Goal prioritization
Goal prioritization ranks objectives by essentiality and timing; essential near-term goals generally use lower-volatility funding, while discretionary long-term goals can accept more risk.
Monte Carlo analysis
Monte Carlo analysis simulates many return paths to estimate the probability that goals will be funded; results depend on assumptions and are not guarantees.
Review triggers
Review triggers include changes in income, health, family status, tax law, spending, or a funded ratio outside its tolerance band.
Expected portfolio return
Expected portfolio return is the weighted average of asset expected returns: E(Rp) = Σ wi E(Ri), where the weights sum to one.
Two-asset portfolio variance
Variance = w1²σ1² + w2²σ2² + 2w1w2ρ12σ1σ2; lower correlation reduces portfolio variance for given asset volatilities and weights.
Efficient frontier
The efficient frontier is the set of portfolios offering the highest expected return for each level of risk; mean-variance investors select a frontier portfolio matching their utility.
Sharpe ratio
Sharpe ratio = (Rp − Rf) ÷ σp; it measures excess return per unit of total portfolio risk, including systematic and unsystematic risk.
Treynor ratio
Treynor ratio = (Rp − Rf) ÷ βp; it measures excess return per unit of systematic risk and is useful for well-diversified portfolios.
Jensen's alpha
Jensen's alpha = Rp − [Rf + βp(Rm − Rf)]; a positive value indicates return above the CAPM-required return for the portfolio's beta.
CAPM equation
CAPM: E(Ri) = Rf + βi[E(Rm) − Rf]; beta measures an asset's sensitivity to market risk, and only systematic risk is compensated in equilibrium.
Diversification effect
Diversification reduces unsystematic risk through imperfectly correlated assets; systematic market risk remains and is the risk compensated in equilibrium.
Rebalancing policy
A rebalancing policy sets trigger rules, such as calendar or threshold bands, to restore target weights; it controls risk drift rather than forecasting returns.
Asset location
Asset location places tax-inefficient assets in tax-advantaged accounts when liquidity and tax rules allow, seeking higher after-tax returns for the household.
Beta
Beta measures an asset's sensitivity to market movements; a beta of 1.0 implies market-like systematic risk, above 1.0 greater sensitivity, and below 1.0 lower sensitivity.
Investment policy statement
An investment policy statement records goals, constraints, risk tolerance, target allocation, allowable ranges, rebalancing rules, and review procedures for a portfolio.
IPS constraints
Common investment policy statement constraints are liquidity needs, time horizon, tax circumstances, legal and regulatory requirements, and unique investor circumstances.
Sustainable withdrawal rate
A sustainable withdrawal rate is the inflation-adjusted percentage of a portfolio that can be withdrawn over a planned horizon with acceptable probability of not exhausting assets.
Sequence-of-returns risk
Sequence-of-returns risk is the danger that poor portfolio returns early in retirement reduce longevity, even if long-run average returns equal the plan assumption.
Tax diversification
Tax diversification holds assets across taxable, tax-deferred, and tax-free accounts, increasing flexibility for withdrawals, Roth conversions, and tax-bracket management.
Estate planning documents
Estate planning documents coordinate a will, trusts, beneficiary designations, powers of attorney, and health care directives to direct assets and decision-making.
Insurance risk transfer
Insurance transfers low-probability, large-loss risks to an insurer; deductibles and coverage limits balance premiums paid against risk retained by the household.
Family governance
Family governance clarifies decision rights, communication, philanthropy, and succession processes, supporting wealth transfer and reducing conflict across generations.
Loss aversion
Loss aversion is the tendency to feel losses more strongly than equivalent gains, which can lead to excessive risk avoidance or delayed loss realization.
Recency bias
Recency bias overweights recent market or economic experience in forecasts; it can cause performance-chasing, misjudged risk, and poorly timed allocation changes.
Overconfidence bias
Overconfidence bias is excessive belief in one's forecasts or skill; it can reduce diversification, increase trading, and understate planning risks.