Four quarters of Australian receipts measured as one position give 4.30 million dollars at risk, the single number this GF584 Unit 3 exposure measurement workup is built to reach. Searches like "gf 584 unit 3 assignment example", "gf584 unit 3 sample" and "gf584 unit 3 example" land here.
What a finished GF584 Unit 3 exposure measurement workup looks like
Four pages: an exposure ladder, a volatility input, the calculation and a comparison with three shortcuts. The ladder lists expected dealer receipts by quarter, 21.0, 18.5, 9.0 and 15.5 million Australian dollars, less 1.3 million a quarter of Sydney office costs, leaving 19.7, 17.2, 7.7 and 14.2 million. At a spot rate of 0.6620 those are 13.04, 11.39, 5.10 and 9.40 million dollars, 38.93 million in total. Annual volatility of 10.5 percent comes from three years of daily rates. The joint figure treats the quarters as points on one rate path, so a later quarter inherits every move that hit an earlier one; its 95 percent one-sided loss is 4.30 million. Beside it sit 4.90 million from summing quarters, 2.53 million from wrongly treating them as independent, and a 3.89 million flat-shock test.
How a GF584 Unit 3 example is structured
The workup defines its measure before computing it: the loss in dollar value of the year's net Australian receipts that would be exceeded only one year in twenty, measured against today's spot rate. Inputs follow with sources. The ladder is split into committed and forecast amounts, 22.0 million committed against 42.0 million forecast on a gross basis, so a reader can see how much of the figure rests on orders not yet placed. The calculation is shown in matrix form: each pair of quarters contributes the product of their dollar amounts, the variance rate and the shorter of their two horizons. Three shortcuts are then computed and explained, each wrong in a different direction. A sensitivity strip varies volatility from 8 to 13 percent. The workup ends by stating what the 4.30 million excludes, volume risk on forecast sales.
The measure, defined first
One year, 95 percent, one-sided, in dollars, against today's spot: each element of the definition is stated before any figure is computed.
A ladder net of Sydney costs
Receipts of 64.0 million Australian dollars less 5.2 million of local office costs leave 58.8 million, and only the net amount is treated as at risk.
Quarters on one rate path
Each pair of quarters shares the variance up to the earlier date, so the calculation weights them by the shorter horizon and arrives at 4.30 million.
Three shortcuts, three errors
Summing quarters gives 4.90 million and overstates; assuming independence gives 2.53 million and understates; a flat 10 percent test gives 3.89 million and ignores horizon.
What the number leaves out
Forty-two million Australian dollars of gross receipts are forecast rather than ordered, so the workup flags volume risk as outside the 4.30 million it reports.
Where marks go in GF584 Unit 3
An instrument appearing before the number draws the heaviest markdown in this GF584 unit: a forward recommended in the second paragraph, with the sizing arriving afterward or not at all. Summing stand-alone figures by quarter is the most common technical error; it ignores that the quarters share one rate path, and graders often ask why the total exceeds the joint figure. Treating the quarters as independent is rarer and worse, since it understates the risk. Volatility quoted without a source or window draws comment, as does a confidence level switched between sections. Measuring gross receipts while forgetting the Australian-dollar costs that offset them overstates the position. A single figure presented without its exclusions, here forecast volume, suggests more certainty than the measure carries.
Get a GF584 Unit 3 example written to your instructions
The exposure described in the Unit 3 case, by period and amount, any volatility or rate data supplied, and the prompt with its rubric are what the workup needs. A custom version defines its measure, computes one figure with the arithmetic shown and names what it excludes; it is back in 24-48h, and the first request is free.
GF584 Unit 3 questions, answered
Is cash-flow-at-risk the same as value at risk?
They are close relatives. Value at risk usually measures possible loss in the market value of a position over a short horizon, often days. Cash-flow-at-risk applies the same idea to operating cash flows over a longer period, such as a year of receipts. For a corporate treasury exercise the second usually fits better, but define whichever measure your course uses.
Where should the volatility figure come from?
Historical exchange rate data is the usual source: compute the standard deviation of daily or weekly changes over a stated window and annualize it. Implied volatility from option prices is an alternative that reflects current market expectations. Either is defensible if cited. State the window and the date, since volatility changes over time and a grader may check it.
Why not just apply a 10 percent shock?
A flat shock is easy to read, and many sections accept it alongside a statistical measure. Its weakness is that it treats a three-month receipt and a twelve-month receipt as equally exposed, when the later one has more time to move. A measure scaled to horizon and volatility corrects that, and showing both lets a reader compare them directly.