University of Sydney · S1 2026 · FACULTY OF BUSINESS & ECONOMICS

ECON1002 · Introductory Macroeconomics

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The Complete Exam Bible · S2 2026

Introductory Macroeconomics

— one subject, every concept, every calculation, every mark

ECON1002 Introductory Macroeconomics is the University of Sydney's first-year companion to micro: it scales up to the whole economy — measuring output with GDP, tracking inflation and unemployment, and asking what drives long-run growth, interest rates and the exchange rate. You build a single analytical toolkit (the Keynesian cross, the AD-AS model with a policy reaction function, the Solow-Swan growth model and the foreign-exchange market) and run it across fiscal policy, the Reserve Bank, and the open economy. It is taught from Bernanke, Olekalns & Frank's Principles of Macroeconomics (5th Australian edition).

The stakes are closed-book and computational: a 25% in-person In-Semester Test on Weeks 1-6 and an in-person, pen-and-paper final exam worth 50% (2 hours; Section A = 20 MCQ for 40 marks, Section B = analytical/essay for 60 marks, with more focus on Weeks 8-13), backed by tutorials (15%), four open-book online quizzes (8%) and an Early Feedback Task (2%). There is no single-component hurdle — you pass on a weighted average of at least 50% — but a non-programmable calculator and a printed bilingual dictionary are the only aids, so marks come from fast, correct number-work and four well-drilled exam diagrams, not from memorised formulas. This free layer maps every examinable topic; the full Exam Bible unlocks the worked drills, labelled diagrams and mark-by-mark model answers.

ECON1002 · University of Sydney
Contents · the whole subject, one map

What ECON1002 covers

The whole subject → one exam-ready map. Each topic links to its free chapter guide.

01Measuring Output: GDPWeek 1 · BOF Ch 1-2. The three approaches to GDP (expenditure C+I+G+X−M, value-added, income), nominal vs real GDP and the GDP deflator, chain-volume, GDP vs GNI, and the limits of GDP as a welfare measure.02Prices, Inflation & Interest RatesWeek 2 (part) · BOF Ch 3. The CPI as a Laspeyres index, calculating inflation, substitution & quality bias, the costs of inflation and bracket creep, deflating vs indexing, and the Fisher equation i = r + π.03Saving, Wealth & InvestmentWeek 2 (part) · BOF Ch 4. Saving vs wealth (flow vs stock), national saving S = Y−C−G split into private + public, the closed-economy S = I, the firm investment decision (MB ≥ MC), and crowding out in the saving-investment market.04The Labour Market & UnemploymentWeek 3 (part) · BOF Ch 2.5, 5. The neoclassical labour market (W = VMP = MPL × price), the unemployment and participation rates, discouraged & underemployed workers, frictional/structural/cyclical unemployment, the natural rate, and minimum-wage effects.05The Business Cycle & Output GapsWeek 3 (part) · BOF Ch 6. Short-run fluctuations (peaks, troughs, expansions, contractions), technical vs growth recession, potential output y*, the output gap = 100×(Y−Y*)/Y*, recessionary vs expansionary gaps, and Okun's Law.06The Keynesian Short-Run ModelWeek 4 · BOF Ch 7. Planned aggregate expenditure PAE = C+IP+G+NX, the consumption function C = C̄ + c(Y−T), short-run equilibrium Y = PAE on the 45° cross, inventory adjustment, the 2-sector and 4-sector models, and the income-expenditure multiplier.07Fiscal Policy & Government DebtWeek 5 · BOF Ch 8. Using spending and tax changes to close output gaps, spending vs tax multipliers, the balanced-budget multiplier, the Gini coefficient, automatic stabilisers, crowding out, and debt sustainability (real interest rate vs growth rate).08Money, Banking & the Reserve BankWeek 6 · BOF Ch 9-10. The functions of money and monetary aggregates (M1, M3), the quantity equation MV = PY and long-run neutrality, the money multiplier 1/rr, the RBA cash rate, open-market operations, the interest-rate corridor, bond prices vs yields, and the policy reaction function.09AD-AS Model & InflationWeek 8 · BOF Ch 10.6, 11-12. Deriving aggregate demand from the policy reaction function, what shifts AD, aggregate supply and inflation inertia, SRAS vs LRAS, the output-gap-to-inflation link, the sources of inflation, and disinflation under inflation targeting.10Long-Run Growth & Growth AccountingWeek 9 · BOF Ch 13-14. The stylised facts of growth and the role of institutions, the rule of 70, the Cobb-Douglas function Y = AKᵃL¹⁻ᵃ with CRS and diminishing returns, the per-capita function y = Akᵃ, and growth accounting (the Solow residual, TFP).11The Solow-Swan Growth ModelWeek 10 · BOF Ch 15. The behavioural saving rule s = θy, break-even investment (d+n)k, capital accumulation Δk = θy − (d+n)k, the steady state k* and y*, the role of the saving rate and population growth, conditional convergence, and endogenous growth.12Exchange Rates, the Balance of Payments & Open-Economy MacroWeeks 11-12 · BOF Ch 17-18. Nominal & real exchange rates (rer = eP/Pᶠ) and competitiveness, PPP, the FX market and how monetary policy moves the dollar, fixed vs floating and speculative attacks, the policy trilemma, the balance of payments (CAB + KAB = 0), and the twin deficits.
Assessment

How ECON1002 is assessed

ComponentWeightFormat
Early Feedback Task (EFT)2%Online quiz; 10 MCQ on Week 1 content; 30-min limit; government-mandated for transitional units
Online quizzes (4 × 2%)8%Online, OPEN book; 10 MCQ each; 30-min single attempt; cover the 2-3 preceding weeks; AI use discouraged & monitored
Tutorial participation + team quizzes + presentation15%In-tutorial; Participation 5% (attend ≥9 tutorials + active team) + Team Quizzes 5% + Team-based individual presentation 5%; fixed teams of ≤6
In-Semester Test (IST)25%In person, CLOSED book, 60 min; ~25 MCQ on a Gradescope bubblesheet; covers Weeks 1-6; non-programmable calculator + printed bilingual dictionary permitted; 4 versions A-D
Final exam (end-of-semester)50%In person, pen & paper, CLOSED book, 2 hrs (+10 min reading); Section A = 20 MCQ (40 marks) + Section B = analytical/essay (60 marks); covers ALL material with more focus on Weeks 8-13
Worked example · free

Solow-Swan steady state: capital and income per worker

Q [6 marks]. An economy has per-capita production y = Ak^0.5 with A = 1. The saving rate is θ = 0.3, the depreciation rate is d = 0.05 and population growth is n = 0.05. Find the steady-state capital per worker k* and income per worker y*, and state what long-run growth in y this implies.
  • 2 marksState the steady-state condition. In Solow-Swan, capital per worker is constant when saving per worker exactly funds break-even investment: Δk = 0 ⇒ θ·A·k^0.5 = (d + n)·k.
  • 1 markSubstitute the numbers: 0.3 × 1 × k^0.5 = (0.05 + 0.05) × k, i.e. 0.3·k^0.5 = 0.10·k.
  • 1 markDivide both sides by k^0.5 to isolate k: 0.3 = 0.10·k^0.5 ⇒ k^0.5 = 3 ⇒ k* = 9.
  • 1 markFind income per worker from the production function: y* = A·(k*)^0.5 = 1 × 9^0.5 = 3.
  • 1 markInterpret: at the steady state the economy stops accumulating capital per worker, so without TFP growth (A constant) the long-run growth of income per worker is 0 — growth happens only while k is still below k*.
k* = 9, y* = 3, and long-run growth of output per worker is 0 because A is constant — the generic result is k* = (θA/(d+n))^(1/(1−a)).
Sia tip — Equate the SAVING curve θy to BREAK-EVEN investment (d+n)k — not to depreciation alone — and divide through by the k^0.5 term to solve cleanly. The Section-B trap is to forget that population growth n sits inside break-even, and to claim ongoing per-worker growth at the steady state; without TFP growth it is exactly zero.
Glossary

Key terms

Gross Domestic Product (GDP)
The market value of all final goods and services produced within a country in a given period. It can be measured three equivalent ways — expenditure (C + I + G + X − M), value-added, and income — and 'final' means intermediate goods are excluded to avoid double counting.
Real vs nominal GDP / GDP deflator
Nominal GDP values output at current prices; real GDP holds prices at a base year so only quantities move. Their ratio is the GDP deflator = (Nominal GDP / Real GDP) × 100, a broad measure of the price level.
Fisher equation
The link between nominal and real interest rates: i = r + π (so r = i − π). The nominal rate i is set in the contract; the real rate r is the inflation-adjusted reward to lenders, and unanticipated inflation transfers wealth from creditors to debtors.
Income-expenditure multiplier
The factor by which equilibrium output changes for a one-dollar change in autonomous spending. In the simple model it is 1/(1−c); with a proportional tax t and import rate m it is 1/(1−[c(1−t)−m]), and it is always larger than one.
Output gap & potential output
Potential output y* is what the economy produces at normal resource use; the output gap = 100 × (Y − Y*)/Y*. A negative (recessionary) gap means under-use and rising unemployment; a positive (expansionary) gap means over-use and rising inflation.
Real exchange rate
rer = eP/Pᶠ, where e is the nominal exchange rate (foreign currency per domestic), P the domestic price level and Pᶠ the foreign price level. A real depreciation (rer falls) makes a country more competitive — exports up, imports down.
FAQ

ECON1002 FAQ

Is ECON1002 hard?

ECON1002 is challenging mainly because it is closed-book and computational under time pressure, not because the maths is advanced. The algebra is light — multiplier fractions, the Fisher equation, the real exchange rate, the Solow-Swan steady state — but you must apply it fast and correctly without notes. Students who keep up weekly, drill the MCQ number-types, and rehearse the four exam diagrams (Keynesian cross, AD-AS, Solow-Swan, FX market) find it very manageable; leaving it to the end is what makes it feel hard.

Is the final exam a hurdle in ECON1002?

No single-component hurdle is stated in the unit materials; you pass on a weighted average of at least 50% across the EFT (2%), online quizzes (8%), tutorials (15%), the In-Semester Test (25%) and the final (50%). That said, the final is worth 50% and the IST 25%, so the two closed-book exams together decide three-quarters of your mark. Always confirm the current rules in your unit outline.

What does the In-Semester Test cover versus the final?

The In-Semester Test (25%, closed-book, ~25 MCQ, 60 minutes) covers Weeks 1-6 only — GDP, inflation and interest, saving and investment, the labour market, the business cycle and the Keynesian model. The final covers ALL material but with more focus on Weeks 8-13 (AD-AS, long-run growth, Solow-Swan, exchange rates and the balance of payments), so weight your revision toward the back half of the unit for the final while not neglecting the foundations.

Can I use a calculator or notes in the exams?

The IST and the final are both in-person and closed-book. You may bring a non-programmable (non-graphing) calculator and a printed bilingual dictionary, but no notes, formula sheet or programmable device. Because no formula sheet is provided, you must memorise the key relationships (the multiplier, Fisher, Okun's Law, the steady-state condition, rer and PPP) and be able to set them up by hand.

How computational is ECON1002, and what should I practise?

Most marks are computational. The IST and the final's Section A (40 of 100 marks) are MCQ that reward fast, correct number-work: GDP three ways, CPI inflation, the Fisher real rate, the Keynesian multiplier and equilibrium Y, the balanced-budget multiplier, Okun's Law, the Solow-Swan steady state, the real exchange rate, PPP depreciation and NS − I = NX. Section B then rotates through four labelled diagrams — the Keynesian cross, AD-AS with the policy reaction function, Solow-Swan, and the FX market. Drill the number-types and the four diagrams and you cover the paper.

Study strategy

How to study for the exam

Treat ECON1002 as a skills subject won under closed-book conditions, and build two muscle groups in parallel. (1) Number-work: keep a running drill of every MCQ type — GDP three approaches, CPI inflation and the deflator, the Fisher real rate, VMP labour hiring, Okun's Law, the Keynesian and balanced-budget multipliers, the money multiplier, the policy reaction function, the Solow-Swan steady state, the real exchange rate, PPP, and NS − I = NX — and practise them by hand on a non-programmable calculator until setup is automatic, because there is no formula sheet. (2) Diagrams: master the four Section-B exam diagrams — the Keynesian cross, AD-AS with the policy reaction function, Solow-Swan steady state, and the FX market — and for each learn the shift it shows and the one-line decision rule it encodes ('G↑ shifts PAE up, ΔY = multiplier × ΔG'; 'θ↑ raises the saving curve, higher k* and y*'). (3) Use the open-book online quizzes and tutorials as a weekly diagnostic, then re-drill weak topics under timed conditions. (4) Weight revision toward Weeks 8-13 for the final and Weeks 1-6 for the IST, and always finish a calculation with the one-sentence economic interpretation — examiners reward the reasoning, not just the number.

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