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FINC6010 Cheatsheet · Derivative Securities

University of Sydney · one-side cheat sheet for the final exam. Semester 2 formal examination period, from 16 November 2026 (the Exams Office publishes the exact date). Full FINC6010 study guide →

A4 landscape · print at 100% · side 1 is the permitted note pageFINC6010 · S2 2026 · v2
FINC6010
Derivative Securities
University of Sydney · Finance · Postgraduate
FINC6010 cheatsheet QR code – open the full FINC6010 study guide
Full guide + ask Sia about FINC6010
SIDE 1 · EXAM NOTE PAGE   Contract → cash flows → formula → units → reconciliation → interpretationONE-SIDE A4 NOTE SHEETS2 2026 · v2

0 · Exam Mapcourse.json + brief

Assignment 25%Test 25%Final 50%

“This is a restricted exam, with only one A4 single-sided page of printed or handwritten notes permitted.” (FINC6010 Assessment Information, Semester 2 2026)

ComponentWeightFormat
Assignment25%Group case study
In-Semester Test25%Restricted multiple choice
Final exam50%Restricted short answer
>UnderlyingexposureDerivativecash flowCombinedoutcomeExplain risk reduced, retained or transferred
Start with the exposure; purpose comes from the combined position, not the contract label.

1 · Contract ClassifierCh 1 · method

ContractCommitmentMechanics
ForwardMutual obligationOTC; tailored; contract settlement
FuturesMutual obligationExchange; standardised; daily margin
SwapExchange payment rulesKeep original financing visible
OptionBuyer right; writer obligationPremium 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.

Exam order Name what each party must or may do, timing, settlement and underlying. Only then label hedge, speculation or arbitrage.

1b · Unknown Contract DrillCh 1 · classify

AskWhat 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 stepCheck
Write previous and new settlement pricesUse daily ΔF, not entry-to-date ΔF
Multiply by contracts × contract sizeLong rises = gain; short rises = loss
Update closing balanceCompare with maintenance threshold
Apply stated restoration ruleDo not assume deposit target
Sum all VM= sign × nQ(Fcurrent−Fentry)
>LongmarginClearinghouseShortmarginEvery transfer has an equal opposite entry
Daily settlement reduces accumulated credit exposure but creates interim liquidity needs.

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

SpecificationWhy it bites
Deliverable / gradeDefines what quoted price refers to
Contract sizeScales every daily transfer
Delivery monthControls hedge timing and convergence
LocationCan create mismatch with physical exposure
Settlement ruleDetermines daily account cash flow

3 · Hedge Direction & BasisCh 3 · core

Physical exposureAdverse moveFutures
Will buyPrice risesLong hedge
Will sellPrice fallsShort 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.

>Open hedgecontract + N*Close hedgetrade asset + offsetbasis changes
Match contract month to hedge end date and liquidity; close the derivative when the physical transaction occurs.

3b · Minimum-Variance SizeCh 3 · calculation

cross-hedge ratioh* = ρ × σS / σF
N* = h* × QA / QF

SymbolMeaning
ρCorrelation of spot and futures changes
σS, σFVolatility of spot and futures changes
QAExposure quantity
QFQuantity 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.

Residual risks Forecast quantity, changing correlations, timing mismatch, rounding, margin liquidity and policy controls remain. Judge performance on the combined position.

3c · Contract Choice & GovernanceCh 3 · limits

ChoiceDecision test
UnderlyingHow closely do price changes co-move?
MonthIs it after the hedge end and sufficiently liquid?
QuantityForecast exposure, h* and whole contracts
Close / rollDoes timing mismatch remain?
LiquidityCan 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

InputEffect on carry
Financing rateRaises forward price
Known cash incomeSubtract present value before carrying
Proportional yieldSubtract q from carry rate
Storage costRaises carry
Convenience yieldWorks opposite to holding cost
>Borrow S₀todayBuy assethold to TIncome /holding costDeliver at Treceive F₀
List every initiation, intermediate and maturity cash flow; the unknown terminal spot price must cancel.

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

DateWrite every leg
TodayBorrow/lend; buy/short asset; enter forward
Before TReceive income or pay holding costs
TRepay 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 resultSwap direction
Floating debt → fixedPay fixed; receive matching floating
Fixed debt → floatingPay 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.

>Firm Apays fixedIntermediarynets flowsFirm Bpays floatsolid = fixed · dashed = floating
A proposed structure is proved by each party’s ledger, not by matching labels alone.

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 dateCash-flow job
InceptionExchange principals at agreed spot relation
Through lifeExchange interest in stated currencies
MaturityRe-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 failureCorrection
Cancel “floating” labelsMatch benchmark, dates, basis and notional
Treat QSD as created valueIt is a ceiling before costs

6 · Option Position MapCh 6 · rights

PositionRight / obligationPremium
Long callRight to buyPay
Short callObligation to sellReceive
Long putRight to sellPay
Short putObligation to buyReceive
LONG CALLright to buypay premiumSHORT CALLobligation to sellreceive premiumLONG PUTright to sellpay premiumSHORT PUTobligation to buyreceive premium
European/American describes exercise timing, not trading venue.

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 positionBreak-evenLoss bound
CallK + cPremium c
PutK − pPremium 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.

K=6064payoffprofitSₜvalue
Long call with K=$60 and premium=$4: payoff kinks at 60; profit crosses zero at 64.

6c · Graph & Exercise AuditCh 6 · geometry

FeatureMeaning
Horizontal axisTerminal underlying price Sₜ
Vertical axisState payoff or profit explicitly
Kink at KExercise region changes here
Zero crossingProfit break-even after premium
Slope / boundExposure and maximum loss/gain logic
Your exam allows one A4 page of notes, single-sided, printed or handwritten. Print side 1 only.
https://www.asksia.ai/cheatsheet/usyd-finc6010 · Full FINC6010 study guide → · Forward this to your tutorial group
Shared by ________v2 · 2026-10-16
Semester 2 formal examination period, from 16 November 2026
(the Exams Office publishes the exact date).
FINC6010
Worked Drills · Reconcile Every Route
Derivative Securities · Practice before the exam
FINC6010 cheatsheet QR code – open the full FINC6010 study guide
Full guide + ask Sia about FINC6010
SIDE 2 · PRACTICE   Supplied numbers · complete working · sign checks · common traps · fast recallDO BEFORE EXAMS2 2026 · v2

7 · Worked: Daily MarginCh 2 · supplied numbers

Given: long 3 contracts; 100 units each; entry F=$52.40; initial margin $2,400/contract; maintenance $1,800/contract. Settlements: $51.90, $53.10, $50.80.

opening balancesInitial = 3×$2,400 = $7,200
Maintenance = 3×$1,800 = $5,400

DayΔFVM = 3×100×ΔFBalance
1−0.50−$150$7,050
2+1.20+$360$7,410
3−2.30−$690$6,720

Threshold: all balances exceed $5,400, so no margin call under these data. Reconcile: cumulative VM = −150+360−690 = −$480.

3×100×($50.80−$52.40) = 300×(−$1.60) = −$480 ✓

72005400openD1D2D3maintenance threshold
Path matters for liquidity; cumulative transfers still reconcile to the total price move.

Margin traps

Use price change onlyWrong: omits n×Q
Use entry-to-date each dayWrong: double counts prior VM
Call when below initialWrong: compare with maintenance
Initial margin = purchase costWrong: it is collateral
Audit Reverse every VM sign for the short. The two accounts must be equal and opposite.

7b · Ledger Under PressureCh 2 · drill

Build columns in this order: date; previous settlement; new settlement; ΔF; position sign; n×Q; variation transfer; pre-deposit balance; maintenance test; deposit; closing balance. Keeping the pre- and post-deposit balances separate prevents an untraceable call amount.

Independent testWhat failure reveals
Long VM = − short VMDirection or sign error
ΣVM = nQ(Fcurrent−Fentry)Daily arithmetic / double counting
Every balance tested in date orderMissed liquidity event
Deposit follows stated targetTrigger confused with restoration rule

8 · Worked: Cross-Hedgecourse example

Given: processor will buy 900 tonnes; futures contract covers 50 tonnes; σS=1.8%, σF=2.0%, ρ=0.80.

  1. Future purchase → price rise is adverse → long futures.
  2. Compute the minimum-variance ratio.
  3. Scale the exposure by contract quantity.
  4. Report the continuous count before rounding.

ratioh* = 0.80 × 0.018 / 0.020 = 0.72

contract countN* = 0.72 × 900 / 50 = 12.96

Answer: 13 long contracts is a defensible whole-contract hedge. State that rounding leaves a small mismatch. Long futures fit because gains when the input price rises can offset the higher physical purchase cost.

>Purchase→ longh*=ρσS/σF=0.72N*=h*QA/QF=12.9613 long contractsthen monitor quantity, timing,basis and margin liquidity
Direction comes from the physical transaction before volatility enters the sizing calculation.

8b · Hedge Answer AuditCh 3 · marks

Line to showWhy
Exposure + feared moveFixes long/short sign
ρ, σS, σF with consistent unitsBuilds h*
QA/QFConverts exposure to contracts
Unrounded N*Makes rounding visible
Combined outcomeExplains risk reduction

Do not call a losing futures leg a failed hedge. If a long hedge loses after the input price falls, the physical purchase becomes cheaper. Evaluate against the protected effective price or variance objective.

8c · Basis Reconciliation DrillCh 3 · no new data

For a purchase hedge, lay out spot paid and subtract a futures gain (or add a futures loss). For a sale hedge, lay out spot proceeds and add a futures gain (or subtract a loss). Only then compress to F₁+b₂.

ChangeConsequence
Closing S rises more than FClosing basis changes; effective price shifts
Correlation weakensFutures removes less variance
Spot volatility rises, other inputs fixedh* rises

9 · Worked: Cash-and-CarryCh 4 · supplied numbers

Given: asset spot price $100; no income; one year; 5% effective financing.

discrete one-year carryTheoretical delivery price = $100×(1.05) = $105

Time 0Time 1
Borrow $100Repay $105
Buy asset for $100Own asset
Short forward if market K>$105Deliver asset; receive K
Net initiation cash = 0Riskless net = K−$105

If the market delivery price exceeds $105 by more than executable frictions, buy the replicating package and short the dear forward. If market K is below $105, reverse cash-and-carry requires an executable short sale.

>t=0borrow 100buy assetT=1repay 105deliver for Kterminal spot cancelsprofit = K − 105
Replication works only when every leg, quantity and date is executable under the same convention.

9b · Carry Variant ChooserCh 4 · assumptions

Question givesWrite first
No incomeF₀=S₀eʳᵀ or stated discrete equivalent
Known cash incomePV income I; then (S₀−I)eʳᵀ
Known proportional yieldS₀e⁽ʳ⁻q⁾ᵀ
Foreign currencyCheck quote; domestic financing, foreign yield
Existing forwardKeep fixed delivery price separate from current forward quote

Compounding must match the question. Label T in years. Known cash income enters as present value; proportional yield enters the exponent. Explain practical no-arbitrage bands when spreads, storage, funding or short-sale restrictions are supplied.

Fast check Rebuild the time line whenever the sign of income, yield or currency rates feels uncertain.

9c · Arbitrage Answer TemplateCh 4 · drill

  1. Compute the theoretical delivery price using the stated compounding and carry inputs.
  2. Compare it with the market delivery price in the same units and maturity.
  3. Buy the cheaper complete route; sell the dearer complete route.

10 · Worked: QSDCh 5 · supplied quotes

BorrowerFixedFloating
Firm North5.2%Reference + 0.35%
Firm South7.0%Reference + 0.75%

spreadsFixed spread = 7.0% − 5.2% = 1.8%
Floating spread = 0.75% − 0.35% = 0.40%
QSD = 1.8% − 0.40% = 1.40%

Interpretation: 1.40% is the total potential gain ceiling before transaction costs. Savings allocated to North + South + intermediary cannot exceed 1.40%. A complete answer must still give each firm its desired exposure and prove its claimed cost from a ledger.

FIXED SPREAD1.80%FLOATING SPREAD0.40%QSD 1.40%
Compare market spreads; QSD measures available advantage, not a guaranteed saving.

10b · Swap Ledger CheckCh 5 · method

Given: debt costs Reference + 1.1%; swap pays 4.4% fixed and receives matching Reference.

three-line ledgerOriginal debt: + Reference + 1.1%
Swap payment: + 4.4% fixed
Swap receipt: − Reference
Net synthetic fixed cost = 5.5%

Cancellation is valid only because the reference terms match. If notional, benchmark, reset date or day-count differs, a basis exposure remains.

Currency swap auditQuestion
Initial principalWhich currency is paid/received?
Interest datesWhat rate and notional govern each leg?
MaturityAre principals re-exchanged?
ValuationWhich curve discounts each currency?
ConversionWhat spot quote produces reporting value?
Trap Net settlement reduces cash movement; it does not erase the gross contractual calculations beneath it.

10c · Structure VerificationCh 5 · drill

PassRequired evidence
ExposureEach firm ends fixed or floating as requested
CancellationOnly identical benchmark terms are netted

11 · Worked: Call PayoffCh 6 · supplied figure

Given: long call, strike K=$60, premium c=$4.

SₜPayoff max(Sₜ−60,0)Profit payoff−4
$60$0−$4
$64$4$0

Break-even: K+c=$64. At Sₜ=$60 the option has no intrinsic value and expires worthless; the holder loses the premium. At Sₜ=$64 the $4 payoff exactly recovers the $4 premium.

Holder/writer paired profits sum to zero when financing and transaction costs are ignored. Writer profit is $4−max(Sₜ−$60,0).

60 strike64 break-evenpayoffprofitSₜ$−4
Premium shifts the profit line down without moving the strike kink.

11b · Option Fast TableCh 6 · recall

PositionExercise regionProfit break-evenShape
Long callSₜ>KK+cFlat then +1 slope
Short callHolder: Sₜ>KK+cFlat then −1 slope
Long putSₜ<KK−p−1 slope then flat
Short putHolder: Sₜ<KK−p+1 slope then flat

Label the vertical axis payoff or profit before drawing. Then mark K, break-even, slopes and bounds. Short positions are negatives of long payoffs, with premium sign reversed for profit.

Representation drill Move sentence → max function → value table → graph. If they disagree, return to right versus obligation.

11c · Option Trap BankCh 6 · drill

TrapRepair
Payoff labelled as profitSubtract/add premium with correct sign
Break-even placed at KCall K+c; put K−p
Short graph copied from longReflect payoff; reverse premium sign
ITM called profitableCompare intrinsic value with premium
American called exchange-tradedIt describes exercise timing

12 · Method Chooserall chapters

>What is the task?Daily cashmarginledgerReduceexposurehedgePricedeliveryreplicateTransformpaymentsledgerRight / obligation?option max functionthen premium
Choose the representation that exposes the cash flows before choosing the formula.
ClueMethod
Settlement-price pathVariation-margin ledger
Future purchase/saleLong/short hedge + basis
Correlation and volatilitiesh* and N*
Spot, rate, income/yieldCash-and-carry
Borrowing quotesQSD + party ledgers
Strike, premium, SₜMax payoff, then profit

13 · Error Sweeplast 90 seconds

AuditQuestion
DirectionDid the physical exposure determine long/short?
TimingAre cash flows on correct dates?
UnitsContracts, tonnes, currency, years attached?
ConventionDiscrete/continuous and FX quote consistent?
ReconcileCan a second route reproduce the answer?
InterpretWhich risk changed in the combined position?

Cash-flow map before formula. Show continuous quantities before rounding. Separate payoff from profit, delivery price from current value, margin trigger from restoration target, and position direction from economic purpose.

14 · Fast Recall Termsglossary

BasisS−F for the relevant asset and date
Variation marginDaily cash from settlement-price change
Cross hedgeRelated, non-identical futures underlying
Cost of carryNet financing and holding effect
NotionalReference amount for swap payments
Intrinsic valueImmediate exercise value, floored at zero for holder

Attach every term to the requested calculation or decision.

>classifymapselectcalccheckexplainA complete answer is numerical + economic.
Use the same six-step sequence across futures, hedges, forwards, swaps and options.
Practice side, not for the exam room.
https://www.asksia.ai/cheatsheet/usyd-finc6010 · Full FINC6010 study guide → · Forward this to your tutorial group
Shared by ________v2 · 2026-10-16
Semester 2 formal examination period, from 16 November 2026
(the Exams Office publishes the exact date).

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