ACCA FM · Guided practice (Show me how)
Chapter 8: Relevant cash flows for DCF
Inflation in NPV - money and real methods
Part 1. A new machine will cost $120,000 and is expected to last 3 years with no scrap value. Production will be 10,000 units a year. The selling price is $20 per unit and the variable production cost $14 per unit, both quoted in current prices. Inflation is expected to be 5% a year, and the cost of capital is 15% a year.
Part 2. Tembo plc is considering buying a new machine for $2,800,000 to make a new product. The machine will last 3 years and then have a scrap value of $1,000,000. Tembo expects to make and sell 100,000 units a year, sold at $20 per unit in the first year. Production costs per unit at current prices are materials $8 and labour $7. Materials are expected to inflate at 8% a year and labour at 5% a year. The company's fixed overheads are currently $1,000,000 a year, and the management accountant has decided that 20% of them should be absorbed into the new product. The selling price is expected to rise by 7% a year. An additional $200,000 of working capital is needed at the start of the project. Capital allowances: 25% reducing balance. Tax: 25%, one year in arrears. Cost of capital: 10%.
Sign convention: inflows positive, outflows negative. Part 2 figures are entered in $000.
Part 1 (a) The money method
Calculate the machine project's annual money cash flows and net present value under the money method in Part 1.
Part 1 (b) and (c) The real method
Calculate the machine project's real cost of capital, real annuity factor and net present value in Part 1, and explain the effect of inflation on the decision.
Part 2 Specific inflation rates with tax
Calculate the project's year-three sales revenue, material cost and net cash flow, and its net present value under the specific inflation in Part 2. State how absorbed fixed overheads should be treated.
Opening this exercise…
