FRM Part I · FRM Exam Part I · Commodity Forwards and Futures
A jewelry manufacturer will buy 5,000 ounces of silver in three months and hedges by going long silver futures today at 24.00 per ounce. Three months later, it buys silver in the spot market at 26.50 and closes out the futures at 26.20. What is the effective net price per ounce paid?
The effective price is 24.30 per ounce. The long futures position gains 2.20 per ounce, reducing the 26.50 spot cost to 24.30. This equals the initial futures price of 24.00 plus the closing basis of 0.30, so the hedge is not perfect.
- A24.30Correct
- B24.00
- C26.20
- D26.50
Explanation
Futures gain = 26.20 - 24.00 = 2.20 per ounce. Net price = spot paid 26.50 - gain 2.20 = 24.30. Equivalently, the hedge price 24.00 plus the final basis of 0.30 (26.50 - 26.20). Choosing 24.00 ignores basis risk.
Did you get it right without looking?
One question tells you little. A timed set on Commodity Forwards and Futures shows your real accuracy, how long you take and where you lose marks.
More Commodity Forwards and Futures questions
- Which statement best describes the convenience yield on a commodity?
- A wheat farmer expects to harvest 50,000 bushels and sells wheat futures at USD 6.00 per bushel to hedge. At harvest, the farmer sells the p…
- Spot copper is USD 9,000 per tonne. The continuously compounded risk-free rate is 4% per year, storage costs are 2% per year of spot price (…
- A firm rolls a long position in one-month futures each month in a market that remains in persistent contango with an unchanged spot price. W…
- A commodity trader holds a long position in a futures contract and rolls it each month in a market that stays in steep backwardation, with s…
- A commodity futures curve for crude oil shows the 3-month futures price at USD 78, the 6-month price at USD 81 and the 12-month price at USD…