2.1 mechanics of futures and forward markets. 2.2 futures contracts available on a wide range of...

17
2. Mechanics of Futures and Forward Markets

Upload: lily-mccarthy

Post on 27-Dec-2015

212 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.1

Mechanics of Futures and

Forward Markets

Page 2: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.2

Futures Contracts

• Available on a wide range of underlyings

• Exchange traded

• Specifications need to be defined:

- What can be delivered,

- Where it can be delivered, &

- When it can be delivered

Page 3: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.3

Example of a Futures Trade

• An investor takes a long position in 2 December gold futures contracts on June 5- contract size is 100 oz.

- futures price is US$400

- margin requirement is US$2,000/contract (US$4,000 in total)

- maintenance margin is US$1,500/contract (US$3,000 in total)

Page 4: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.4

A Possible OutcomeTable 2.2, Page 24

Daily Cumulative Margin

Futures Gain Gain Account Margin

Price (Loss) (Loss) Balance Call

Day (US$) (US$) (US$) (US$) (US$)

400.00 4,000

5-Jun 397.00 (600) (600) 3,400 0. . . . . .. . . . . .. . . . . .

13-Jun 393.30 (420) (1,340) 2,660 1,340 . . . . . .. . . . .. . . . . .

19-Jun 387.00 (1,140) (2,600) 2,740 1,260 . . . . . .. . . . . .. . . . . .

26-Jun 392.30 260 (1,540) 5,060 0

+

= 4,000

3,000

+

= 4,000

<

Page 5: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.5

Other Key Points About Futures

• They are settled daily

• Closing out a futures position involves entering into an offsetting trade

• Most contracts are closed out before maturity

Page 6: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.6

Some Terminology

• Open interest: the total number of contracts outstanding

- equal to number of long positions or number of short positions

• Settlement price: the price just before the final bell each day

- used for the marking to market process

• Volume of trading: the number of trades in 1 day

Page 7: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.7

Questions

• When a new trade is completed what are the possible effects on the open interest?

• Can the volume of trading in a day be greater than the open interest?

Page 8: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.8

Regulation of Futures

• Regulation is designed to protect the public interest

• Regulators try to prevent questionable trading practices by either individuals on the floor of the exchange or outside groups

Page 9: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.9

Accounting & Tax• If a contract is used for

- Hedging: it is logical to recognize profits (losses) at the same time as on the item being hedged

- Speculation: it is logical to recognize profits (losses) on a mark to market basis

• Roughly speaking, this is what the treatment of futures in the US & many other countries attempts to achieve

Page 10: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.10

Forward Contracts• A forward contract is an

agreement to buy or sell an asset at a certain time in the future for a certain price

- There is no daily settlement. At the end of the life of the contract one party buys the asset for the agreed price from the other party

Page 11: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.11

How a Forward Contract Works

• The contract is an over-the-counter (OTC) agreement between 2 companies

• No money changes hands when first negotiated & the contract is settled at maturity

• The initial value of the contract is zero

Page 12: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.12

The Forward Price

• The forward price for a contract is the delivery price that would be applicable to the contract if were negotiated today (i.e., it is the delivery price that would make the contract worth exactly zero)

• The forward price may be different for contracts of different maturities

Page 13: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.13ExampleTable 2.7, Page 42

• May 8: a company enters into a LONG forward contract to BUY £1,000,000 @ 1.8381 US$/£ in 90 days

• August 6: the exchange rate is 1.8600 US$/£

• In accordance with the contract terms , the company pays US$1,838,100 & receives £1,000,000;

• The company’s profit is US$21,900 since the sterling can be immediately sold for US$1,860,000

Page 14: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.14

Profit from aLONG Forward Position

Profit

Price of Underlying at Maturity

Page 15: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.15

Profit from a SHORT Forward Position

Profit

Price of Underlying at Maturity

Page 16: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.16

Forward Contracts vs Futures Contracts

Private contract between 2 parties Exchange traded

Non-standard contract Standard contract

Usually 1 specified delivery date Range of delivery dates

Settled at maturity Settled daily

Delivery or final cashsettlement usually occurs

Contract usually closed outprior to maturity

FORWARDS FUTURES

• TABLE 2.6 (p. 39)

Page 17: 2.1 Mechanics of Futures and Forward Markets. 2.2 Futures Contracts Available on a wide range of underlyings Exchange traded Specifications need to be

2.17

Forward Price vs Futures Price

• In theory, the futures price for a contract should be almost the same as the forward price for a contract with the same maturity on the same asset.