Values given | ||||||
Cost of machinery | $3,500,000 | |||||
Period | 3 years | |||||
Salvage Value | $300,000 | |||||
Initial investment in working capital | $90,000 | |||||
Yearly investment in working capital | 12% of sales | |||||
No. of widgets sold | 280,000 | |||||
Sales price | $22 | |||||
Variable cost per widget | $14 | |||||
Incremental fixed costs | $180,000 | |||||
Tax rate | 34% | |||||
Rate of return | 10% | |||||
Computation of after tax profits | ||||||
Description | Year 1 | Year 2 | Year 3 | |||
Sales ( 280,000 * $ 22) | $6,160,000 | $6,160,000 | $6,160,000 | |||
Variable Costs ( 280,000 * $ 14) | ($3,920,000) | ($3,920,000) | ($3,920,000) | |||
Contribution | $2,240,000 | $2,240,000 | $2,240,000 | |||
Fixed Costs | ($180,000) | ($180,000) | ($180,000) | |||
Capital Cost Allowance | ($525,000) | ($892,500) | ($624,750) | |||
Net Profit | $1,535,000 | $1,167,500 | $1,435,250 | |||
Tax @ 34% | ($521,900) | ($396,950) | ($487,985) | |||
After tax profit | $1,013,100 | $770,550 | $947,265 | |||
Depreciation for the purpouse of calculating after tax profits | ||||||
Capital Cost Allowance = 30% | ||||||
Description | Year 1 | Year 2 | Year 3 | |||
Opening Balance | $3,500,000 | $2,975,000 | $2,082,500 | |||
Capital Cost Allowance | ($525,000) | ($892,500) | ($624,750) | |||
Closing Balance | $2,975,000 | $2,082,500 | $1,457,750 | |||
Note - In the first year only half the normal CCA rate can be claimed. Hence, in | ||||||
Year 1, CCA has been claimed at 15% | ||||||
Year 3 | ||||||
Sales | $6,160,000 | |||||
Operating Net Working Capital @ 12% on sales |
$739,200 | |||||
Note | ||||||
Total operating net working capital required @ 12% of sales | $739,000 | |||||
Less: Initial investment in net working capital | ($90,000) | |||||
Additional investment in operating net working capital required in Year 1 | $649,000 | |||||
After tax cash flow = After tax profit + Depreciation - Operating Net Working Capital | ||||||
Description | After tax profit | Depreciation | Operating Net Working Capital |
After tax cash flow |
PV factor @ 10% 1/(1+r)^n |
PV of after tax cash flow |
Year 1 | $1,013,100 | $525,000 | ($649,200) | $888,900 | 0.9091 | $808,099 |
Year 2 | $770,550 | $892,500 | $0 | $1,663,050 | 0.8264 | $1,374,345 |
Year 3 | $947,265 | $624,750 | $0 | $1,572,015 | 0.7513 | $1,181,055 |
Salvage value of asset | $300,000 | 0.7513 | $225,390 | |||
Present value of cash flow | $3,588,889 | |||||
Net present value | ||||||
Present Value of after tax cash flow | $3,363,499 | |||||
Add: Present Value of Salvage Value of Machinery | $225,390 | |||||
Less: Initial Cash outflow on purchase of machinery | ($3,500,000) | |||||
Less: Initial Cash outflow on working capital | ($90,000) | |||||
Net present value | ($1,111) | |||||
(b) Since, the net present value of the project is negative (- $ 1,111) the company should not buy the machinery | ||||||
(c.) | ||||||
The PV of Sales should more than the initial investment of $ 3,590,000 to be more than zero | ||||||
The NPV at sale of 280,000 is - $ 1,111.68 | ||||||
To generate NPV greater than zero the PV of cash flow from additional units should be $ 1,111.68 or more | ||||||
Let us calculate the PV of cash flow from 1 additional unit. | ||||||
Sales | 22.00 | |||||
Variable Cost | (14.00) | |||||
Profit | 8.00 | |||||
Tax @ 34% | (2.72) | |||||
After tax profit | 5.28 | |||||
Description | After tax profit | Depreciation | Operating Net Working Capital |
After tax cash flow |
PV factor @ 10% 1/(1+r)^n |
PV of after tax cash flow |
Year 1 | $5.28 | $0.00 | ($2.64) | $2.64 | $0.9091 | $2.40 |
Year 2 | $5.28 | $0.00 | $0.00 | $5.28 | $0.8264 | $4.36 |
Year 3 | $5.28 | $0.00 | $0.00 | $5.28 | $0.7513 | $3.97 |
Present value of cash flow on sale of 1 additional unit | $10.73 | |||||
Note - Cash flow for Operating Net Working Capital for sale of 1 additional unit = $ 22 * 12% = $ 2.64 | ||||||
PV of cash flow for 1 additional unit | $10.73 | |||||
Desired additional PV | $1,111.68 | |||||
No, of units needed = Desired PV/PV of cash flow of I unit | ||||||
No, of additional units needed ( $ 1,111.68 / $ 10.73) | 104 | |||||
Budgeted Units | 280,000 | |||||
Total units needed for NPV more than zero | 280,104 | |||||
(d) | ||||||
Description | Current | Change | Change | Forecasted | ||
Units | 288,000 | 10% | (28,800) | 259,200 | ||
Sales Price | $22 | 10% | ($2.20) | $19.80 | ||
Variable Cost | $14 | 10% | $1.40 | $15.40 | ||
Fixed Cost | $180,000 | 10% | $18,000 | $198,000 | ||
Effect on Net Profits | ||||||
Description | Current | Forecasted |
Net Change (Current - Forecasted) |
Current Profit |
New Profits (Current+ Net Change) |
|
Reduction in units sold by 10% | $6,160,000 | $5,702,400 | ($457,600) | $2,060,000 | $1,602,400 | |
Reduction sales price by 10% | $6,160,000 | $5,702,400 | ($457,600) | $2,060,000 | $1,602,400 | |
Increase in variable costs by 10% | $3,920,000 | $4,435,200 | $515,200 | $2,060,000 | $1,544,800 | |
Increase in fixed costs by 10% | $180,000 | $198,000 | $18,000 | $2,060,000 | $2,042,000 | |
Change in variable costs has the greatest forecasting risk | ||||||
(e.) | ||||||
Pessimistic Scenario | ||||||
Computation of after tax profits | ||||||
Description | Year 1 | Year 2 | Year 3 | |||
Sales ( 225,000 * $ 19) | $4,275,000 | $4,275,000 | $4,275,000 | |||
Variable Costs ( 225,000 * $ 16) | ($3,600,000) | ($3,600,000) | ($3,600,000) | |||
Contribution | $675,000 | $675,000 | $675,000 | |||
Fixed Costs | ($220,000) | ($220,000) | ($220,000) | |||
Capital Cost Allowance | ($525,000) | ($892,500) | ($624,750) | |||
Net Profit | ($70,000) | ($437,500) | ($169,750) | |||
Tax @ 34% | $0 | $0 | $0 | |||
After tax profit | ($70,000) | ($437,500) | ($169,750) | |||
Description | After tax profit | Depreciation | Operating Net Working Capital |
After tax cash flow |
PV factor @ 10% 1/(1+r)^n |
PV of after tax cash flow |
Year 1 | ($70,000) | $525,000 | ($603,000) | ($148,000) | 0.9091 | ($134,547) |
Year 2 | ($437,500) | $892,500 | $0 | $455,000 | 0.8264 | $376,012 |
Year 3 | ($169,750) | $624,750 | $0 | $455,000 | 0.7513 | $341,842 |
Salvage value of asset | $300,000 | 0.7513 | $225,390 | |||
Present Value of Cash flow | $808,697 | |||||
Optimistic Scenario | ||||||
Computation of after tax profits | ||||||
Description | Year 1 | Year 2 | Year 3 | |||
Sales ( 350,000 * $ 28) | $9,800,000 | $9,800,000 | $9,800,000 | |||
Variable Costs ( 350,000 * $ 10) | ($3,500,000) | ($3,500,000) | ($3,500,000) | |||
Contribution | $6,300,000 | $6,300,000 | $6,300,000 | |||
Fixed Costs | ($150,000) | ($150,000) | ($150,000) | |||
Capital Cost Allowance | ($525,000) | ($892,500) | ($624,750) | |||
Net Profit | $5,625,000 | $5,257,500 | $5,525,250 | |||
Tax @ 34% | ($1,912,500) | ($1,787,550) | ($1,878,585) | |||
After tax profit | $3,712,500 | $3,469,950 | $3,646,665 | |||
Description | After tax profit | Depreciation | Operating Net Working Capital |
After tax cash flow |
PV factor @ 10% 1/(1+r)^n |
PV of after tax cash flow |
Year 1 | $3,712,500 | $525,000 | ($1,266,000) | $2,971,500 | 0.9091 | $2,701,391 |
Year 2 | $3,469,950 | $892,500 | $0 | $4,362,450 | 0.8264 | $3,605,129 |
Year 3 | $3,646,665 | $624,750 | $0 | $4,271,415 | 0.7513 | $3,209,114 |
Salvage value of asset | $300,000 | 0.7513 | $225,390 | |||
Present Value of Cash flow | $9,741,024 | |||||
Computation of NPV | ||||||
Net present value | Pessimistic | Optimistic | ||||
Present Value of after tax cash flow | $583,307 | $9,515,634 | ||||
Add: Present Value of Salvage Value of Machinery | $225,390 | $225,390 | ||||
Less: Initial Cash outflow on purchase of machinery | ($3,500,000) | ($3,500,000) | ||||
Less: Initial Cash outflow on working capital | ($90,000) | ($90,000) | ||||
Net present value | ($2,781,303) | $6,151,024 |
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