0 · Exam Mapcourse.json + brief
“This is a restricted exam, with only one A4 single-sided page of printed or handwritten notes permitted.” (FINC6010 Assessment Information, Semester 2 2026)
| Component | Weight | Format |
|---|---|---|
| Assignment | 25% | Group case study |
| In-Semester Test | 25% | Restricted multiple choice |
| Final exam | 50% | Restricted short answer |
1 · Contract ClassifierCh 1 · method
| Contract | Commitment | Mechanics |
|---|---|---|
| Forward | Mutual obligation | OTC; tailored; contract settlement |
| Futures | Mutual obligation | Exchange; standardised; daily margin |
| Swap | Exchange payment rules | Keep original financing visible |
| Option | Buyer right; writer obligation | Premium creates asymmetry |
Hedge offsets a separately identified exposure; speculation creates or retains a view; arbitrage compares complete equivalent strategies. Long/short says position direction, not purpose.
1b · Unknown Contract DrillCh 1 · classify
| Ask | What it resolves |
|---|---|
| What is the underlying? | Asset, rate or event creating value |
| Must both sides perform? | Obligation versus option right |
| When does cash move? | Daily margin, periodic leg or maturity |
| Where is it arranged? | Exchange standardisation versus OTC tailoring |
| What other exposure exists? | Hedge versus speculation |
A producer and a speculator can hold the same short futures position; only the producer may be offsetting an expected sale. Likewise, an importer can choose a long forward to fix the domestic-currency cost or a call to cap adverse movement while retaining favourable movement after premium.
2 · Futures SettlementCh 2 · ledger
Initial margin is collateral, not a down payment. Maintenance margin is the trigger threshold. The stated restoration rule sets the deposit after a breach.
daily variation marginLong: VMₜ = n × Q × (Fₜ − Fₜ₋₁)
Short: VMₜ = −n × Q × (Fₜ − Fₜ₋₁)
Balanceₜ = Balanceₜ₋₁ + VMₜ + depositₜ
| Ledger step | Check |
|---|---|
| Write previous and new settlement prices | Use daily ΔF, not entry-to-date ΔF |
| Multiply by contracts × contract size | Long rises = gain; short rises = loss |
| Update closing balance | Compare with maintenance threshold |
| Apply stated restoration rule | Do not assume deposit target |
| Sum all VM | = sign × nQ(Fcurrent−Fentry) |
Market mechanics
Novation: the clearing house becomes counterparty to both sides. It manages default resources; market and liquidity risks remain. Settlement price is the exchange reference for daily gains and losses, not every trader’s execution price.
Convergence: near delivery, spot and futures must meet closely enough to remove an executable buy-cheap/sell-dear package. Open interest counts outstanding positions; volume counts trades.
Orders are separate from valuation: a limit protects price but may not execute; a market order prioritises execution, not price. A stop-limit has both an activation trigger and a worst acceptable price.
2b · Futures SpecificationCh 2 · mechanics
| Specification | Why it bites |
|---|---|
| Deliverable / grade | Defines what quoted price refers to |
| Contract size | Scales every daily transfer |
| Delivery month | Controls hedge timing and convergence |
| Location | Can create mismatch with physical exposure |
| Settlement rule | Determines daily account cash flow |
3 · Hedge Direction & BasisCh 3 · core
| Physical exposure | Adverse move | Futures |
|---|---|---|
| Will buy | Price rises | Long hedge |
| Will sell | Price falls | Short hedge |
basis and effective pricebₜ = Sₜ − Fₜ
Long purchase: S₂ − (F₂−F₁) = F₁ + b₂
Short sale: S₂ + (F₁−F₂) = F₁ + b₂
The hedge locks an approximate result because closing basis is uncertain. Basis risk comes from spot and futures moving differently; timing, location, grade and use of a related asset can all matter.
3b · Minimum-Variance SizeCh 3 · calculation
cross-hedge ratioh* = ρ × σS / σF
N* = h* × QA / QF
| Symbol | Meaning |
|---|---|
| ρ | Correlation of spot and futures changes |
| σS, σF | Volatility of spot and futures changes |
| QA | Exposure quantity |
| QF | Quantity per futures contract |
Report continuous N* before whole-contract rounding. High positive correlation supports a larger risk-reducing hedge; weak correlation limits attainable variance reduction. Minimum variance is an objective, not a promised price.
3c · Contract Choice & GovernanceCh 3 · limits
| Choice | Decision test |
|---|---|
| Underlying | How closely do price changes co-move? |
| Month | Is it after the hedge end and sufficiently liquid? |
| Quantity | Forecast exposure, h* and whole contracts |
| Close / roll | Does timing mismatch remain? |
| Liquidity | Can adverse margin be funded before physical cash? |
4 · Forward PricingCh 4 · replication
A forward price is a no-arbitrage benchmark, not a forecast. For an investment asset that can be bought and stored, compare forward delivery with borrowing, buying and carrying the asset to T.
continuous compoundingNo income: F₀ = S₀eʳᵀ
Known cash income: F₀ = (S₀ − I)eʳᵀ
Known proportional yield: F₀ = S₀e⁽ʳ⁻q⁾ᵀ
Currency: domestic financing; foreign rate acts as yield
| Input | Effect on carry |
|---|---|
| Financing rate | Raises forward price |
| Known cash income | Subtract present value before carrying |
| Proportional yield | Subtract q from carry rate |
| Storage cost | Raises carry |
| Convenience yield | Works opposite to holding cost |
Arbitrage decision
If market forward is above replicating cost: borrow, buy and carry the asset, and short the dear forward. If it is below, reverse cash-and-carry only when borrowing the asset and short selling are feasible.
Check bid–ask spreads, financing, storage, asset borrowing, quantity, timing and contract specifications. Frictions create a no-arbitrage band. For consumption assets, convenience benefits can weaken simple equality.
Delivery price is fixed in an existing contract. Its later forward value is the discounted advantage or disadvantage versus current market terms—do not overwrite the fixed K with today’s new forward quote.
4b · Replication ProofCh 4 · full-credit form
| Date | Write every leg |
|---|---|
| Today | Borrow/lend; buy/short asset; enter forward |
| Before T | Receive income or pay holding costs |
| T | Repay financing; deliver/receive asset; settle K |
A complete arbitrage answer shows a non-negative package and why the unknown Sₜ cancels. “Cash-and-carry” alone is not the trade. Keep the same quotation, compounding convention, maturity and quantity across the market forward and replicating package.
5 · Swap Cash-Flow LedgerCh 5 · method
| Desired result | Swap direction |
|---|---|
| Floating debt → fixed | Pay fixed; receive matching floating |
| Fixed debt → floating | Pay floating; receive matching fixed |
write before cancellingNet cost = original financing
+ swap payment − swap receipt
Cancel floating terms only when benchmark, notional, reset date and day-count basis match. The original borrowing stays outstanding. Notional normally sets payment size and is not exchanged in a single-currency rate swap.
5b · Comparative AdvantageCh 5 · QSD
quality-spread differentialQSD = fixed-rate spread − floating-rate spread
QSD is the total potential gain ceiling. Benefits assigned to both firms plus any intermediary spread cannot exceed it. Compute both market spreads, subtract, design directions, then rebuild both complete cash-flow ledgers.
| Currency swap date | Cash-flow job |
|---|---|
| Inception | Exchange principals at agreed spot relation |
| Through life | Exchange interest in stated currencies |
| Maturity | Re-exchange principals |
Value each currency leg with its own yield curve, then convert into one reporting currency at current spot. Attach a currency unit to every arrow. Replacement value creates counterparty risk after market rates or exchange rates move.
5c · Prove the TransformationCh 5 · checks
For each party, keep original financing, swap payment and swap receipt separate until the signs are visible.
| Common failure | Correction |
|---|---|
| Cancel “floating” labels | Match benchmark, dates, basis and notional |
| Treat QSD as created value | It is a ceiling before costs |
6 · Option Position MapCh 6 · rights
| Position | Right / obligation | Premium |
|---|---|---|
| Long call | Right to buy | Pay |
| Short call | Obligation to sell | Receive |
| Long put | Right to sell | Pay |
| Short put | Obligation to buy | Receive |
6b · Payoff → ProfitCh 6 · formulas
terminal payoffLong call = max(Sₜ − K, 0)
Long put = max(K − Sₜ, 0)
Short payoff = − corresponding long payoff
simplified terminal profitLong call = max(Sₜ−K,0) − c
Short call = c − max(Sₜ−K,0)
Long put = max(K−Sₜ,0) − p
Short put = p − max(K−Sₜ,0)
| Long position | Break-even | Loss bound |
|---|---|---|
| Call | K + c | Premium c |
| Put | K − p | Premium p |
Strike controls exercise; premium controls profit break-even. An in-the-money option can still lose after premium. Long-call loss is limited to premium; short-call loss can keep expanding as Sₜ rises.
6c · Graph & Exercise AuditCh 6 · geometry
| Feature | Meaning |
|---|---|
| Horizontal axis | Terminal underlying price Sₜ |
| Vertical axis | State payoff or profit explicitly |
| Kink at K | Exercise region changes here |
| Zero crossing | Profit break-even after premium |
| Slope / bound | Exposure and maximum loss/gain logic |