X Company currently buys 11,000 units of a component part each year from a supplier for $7.50 each but is considering making them instead. Variable costs of making would be $4.50 per unit; additional annual fixed costs would be $6,500. Equipment would have to be purchased for $30,000 and will last for 7 years, at which time it will have a disposal value of $6,000. Assuming a discount rate of 4%, what is the net present value of making the part instead of continuing to buy it?
| Particulars | Amount | Present value factor | Present Value |
| Net Present value making the part: | |||
| Equipment | $30,000 | 1.000 | $30,000 |
| Annual fixed costs | 6,500 | 5.836 | 37, 934 |
| Less: Saving in variable cost [11000 x (7.50 - 4.50)] | 33,000 | 5.836 | 192,588 |
| Less: Disposal value | 6000 | 0.760 | 4,560 |
| Net Present value making the part instead of buying it | $129,214 |
X Company currently buys 11,000 units of a component part each year from a supplier for...
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Gelb Company currently manufactures 54,500 units per year of a
key component for its manufacturing process. Variable costs are
$5.15 per unit, fixed costs related to making this component are
$89,000 per year, and allocated fixed costs are $63,500 per year.
The allocated fixed costs are unavoidable whether the company makes
or buys this component. The company is considering buying this
component from a supplier for $3.50 per unit.
Calculate the total incremental cost of making 54,500 and buying
54,500...
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Gelb Company currently manufactures 40,000 units per year of a key component for its manufacturing process. Variable costs are $6.25 per unit, fixed costs related to making this component are $77,000 per year, and allocated fixed costs are $65,500 per year. The allocated fixed costs are unavoidable whether the company makes or buys this component. The company is considering buying this component from a supplier for $3.50 per unit. Calculate the total incremental cost of making and buying 40,000 units....