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FQ — Financial Intelligence Assessment

Free Financial
Intelligence Test

Measure your financial reasoning across five core dimensions — financial literacy, compound thinking, risk and probability, behavioural finance and investment logic. 40 questions. Instant results. No account needed.

15 minutes
40 questions
No data stored
5 domain scores
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Understanding the test
What is financial intelligence?

The core definition

Financial intelligence is the capacity to understand, reason about and make sound decisions involving money, markets, risk and financial systems. It encompasses financial literacy — the foundational knowledge of how financial products, institutions and mechanisms work — but extends significantly beyond it to include quantitative reasoning about compound growth, probability and expected value; behavioural self-awareness about the cognitive biases that systematically distort financial decisions; strategic thinking about risk, diversification and the time value of money; and the ability to evaluate financial claims, investments and business models with rigour and scepticism. Financial intelligence is one of the most consequential forms of practical intelligence: it directly predicts lifetime wealth accumulation, retirement security, debt management, investment performance and the ability to navigate the increasingly complex financial decisions that modern life demands. Unlike many forms of intelligence, it is almost entirely learned — the product of education, deliberate practice and accumulated experience — which means it can be developed substantially at any age.

Research by Annamaria Lusardi and Olivia Mitchell — among the most widely cited financial literacy researchers globally — consistently shows that even basic financial literacy is surprisingly low across all income and education levels, and that this gap has direct consequences: lower retirement savings, higher debt costs, worse investment decisions and greater vulnerability to financial fraud. Their work identifies three foundational questions that predict broader financial capability: understanding compound interest, understanding inflation and understanding risk diversification. This test measures all three alongside deeper levels of financial reasoning that distinguish financially sophisticated from merely financially literate thinking.

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Financial Literacy

Core knowledge of how money, credit, interest and financial products work.

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Compound Thinking

Understanding exponential growth, time value of money and long-term financial dynamics.

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Risk & Probability

Reasoning accurately about expected value, risk-return trade-offs and probability.

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Behavioural Finance

Understanding the cognitive biases that systematically distort financial decisions.

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Investment Logic

Evaluating assets, markets, valuations and investment strategies with analytical rigour.

01

Financial literacy

Interest, inflation, debt, credit, tax, insurance — the foundational vocabulary of financial life.

02

Compound thinking

Exponential growth, the rule of 72, time value of money and the dramatic long-term effects of rates and time horizons.

03

Risk and probability

Expected value, diversification, variance, correlation and the mathematics of financial risk.

04

Behavioural finance

Loss aversion, anchoring, mental accounting, overconfidence, herding and other systematic cognitive biases in financial decisions.

05

Investment and market logic

Asset classes, valuation, market efficiency, diversification, active vs passive management and business model evaluation.

Signs of high financial intelligence
How financial intelligence shows up in everyday decisions and thinking

You instinctively think in terms of opportunity cost — every financial decision involves giving up the next best alternative

You are not fooled by large nominal numbers — you adjust for inflation, tax, fees and time before evaluating any financial claim

You understand that diversification reduces risk without necessarily reducing expected return — and you know why

You recognise your own cognitive biases in real time — loss aversion, anchoring, recency bias — and correct for them

You think in compound terms — you understand intuitively how small differences in rates and time horizons produce enormous differences in outcomes

You evaluate investment claims sceptically — you ask what the expected return is, what the risk is and what the person selling it gets from the transaction

Real-world examples
Minds defined by exceptional financial intelligence
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Warren Buffett

Buffett's financial intelligence is not primarily about stock-picking — it is about thinking in decades rather than quarters, understanding the compounding logic of durable competitive advantages, and maintaining the emotional discipline to act counter-cyclically when others panic. His most cited insight — "be fearful when others are greedy and greedy when others are fearful" — is applied behavioural finance, not market prediction.

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Mohnish Pabrai

Pabrai's financial intelligence is defined by one foundational insight applied with rare consistency: high expected value bets with asymmetric payoffs — situations where the downside is limited and the upside is large — are systematically underpriced by markets because most investors anchor to probability rather than expected value. His ability to identify and hold these positions through volatility is a direct product of quantitative financial reasoning over emotional reaction.

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Annamaria Lusardi

Lusardi's contribution to financial intelligence is as a researcher rather than an investor: her decades of work measuring and explaining the global financial literacy gap has definitively established that most people — including highly educated, high-income people — lack the foundational financial reasoning skills that compound interest, inflation and diversification require. Her work is the strongest empirical case for why financial intelligence is a distinct, trainable and consequential cognitive capability.

Free assessment
Financial Intelligence Test — 40 Questions

Each question tests a specific dimension of financial reasoning. Work through each question carefully — some require calculation, others require recognising cognitive biases or evaluating financial logic. This test does not constitute financial advice.

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Section 1 — Financial literacy
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Common questions
Frequently asked questions
QWhat is financial intelligence and how is it different from financial literacy?
Financial literacy is the foundational knowledge of how financial products and mechanisms work — understanding interest, inflation, debt, tax and basic investment concepts. Financial intelligence is broader and deeper: it includes financial literacy but also encompasses the quantitative reasoning skills to evaluate compound growth and risk accurately, the metacognitive awareness to recognise and correct for cognitive biases in financial decisions, the strategic thinking to evaluate trade-offs across time, and the analytical capacity to assess financial claims and investment opportunities with appropriate scepticism. Someone can be financially literate without being financially intelligent — they may know what a bond is without being able to accurately evaluate whether buying one makes sense given their situation. Financial intelligence is the full cognitive capability that produces reliably sound financial decision-making across a wide range of situations.
QWhat is the "Rule of 72" and why does it matter?
The Rule of 72 is a quick mental calculation for estimating how long it takes for a sum of money to double at a given compound interest rate: divide 72 by the annual interest rate to get the approximate number of years to double. At 6% annual return, money doubles in approximately 12 years (72 ÷ 6). At 9%, it doubles in 8 years. At 3%, it takes 24 years. The Rule of 72 matters because it makes compound growth intuitively accessible — it reveals why small differences in interest rates have enormous long-term consequences, why high-fee investment products systematically destroy wealth over time, and why starting to invest or save early is mathematically far more powerful than saving more later. It is one of the simplest and most useful tools of financial intelligence.
QWhat is loss aversion and how does it affect financial decisions?
Loss aversion is the well-documented cognitive bias, formalised by Daniel Kahneman and Amos Tversky in Prospect Theory (1979), that losses feel approximately twice as painful as equivalent gains feel pleasurable. A loss of £100 is experienced as roughly twice as bad as a gain of £100 feels good. This asymmetry produces systematic financial decision errors: investors hold losing positions too long because realising a loss feels worse than the rational expected value analysis suggests; they sell winning positions too early because they are motivated to lock in the pleasure of a confirmed gain; and they choose inferior financial products with guaranteed returns over superior expected-value options simply because the guaranteed option eliminates the possibility of loss. High financial intelligence involves recognising loss aversion in real time and correcting for it — evaluating decisions on expected value rather than on the emotional asymmetry between gains and losses.
QWhat does "diversification" actually do to a portfolio and why does it work?
Diversification reduces portfolio risk by combining assets whose returns are not perfectly correlated with each other. When some assets fall, others may hold or rise, smoothing the overall portfolio return. The mathematical insight is that diversification can reduce risk without proportionally reducing expected return — if assets are imperfectly correlated, the variance of the portfolio is lower than the weighted average of the individual asset variances. The key concept is correlation: true diversification requires assets that respond differently to the same economic events, not just assets from different sectors of the same market. A portfolio of 20 technology stocks is not well diversified; a portfolio of stocks, bonds, real estate and commodities across multiple geographies may be, because these assets respond differently to inflation, interest rate changes, and economic cycles.
QWhat is the efficient market hypothesis and what are its practical implications?
The Efficient Market Hypothesis (EMH), developed primarily by Eugene Fama in the 1960s and 1970s, proposes that asset prices in liquid markets reflect all available information, making it impossible to consistently achieve above-market returns through stock selection or market timing. The weak form holds that past prices cannot predict future prices; the semi-strong form holds that publicly available information is already priced in; the strong form holds that even private information is reflected in prices. The practical implication for investors is substantial: if markets are even semi-strong efficient, active fund management — which typically charges 1–2% in annual fees — is unlikely to outperform passive index funds that charge 0.05–0.1% after fees. Decades of empirical research broadly support this conclusion for large-cap equity markets in developed economies, though debate continues about market efficiency in less liquid, less researched asset classes.