Cavendish Corporation had embarked on an exciting new project, but is re-evaluating the project after a rocky start. Unfortunately, the contractor working on the original equipment has gone broke and will be unable to complete the assembly of the equipment. To date $200,000 in progress payments have been made and will not be recoverable. These costs have been expensed. However, with in-house expertise the equipment for the project could be completed almost immediately at a further cost of $600,000. If the project proceeds, an overhaul of the equipment will be required at the end of year 4 for $200,000. All the equipment could be salvaged for $25,000 when the project is completed at the end of year 9. The equipment will be put into use immediately, but will not begin to generate revenue until year 2. During year 1, cash expenses of $225,000 will be incurred. The project will generate yearly revenues of $550,000 for years 2 - 9 inclusive. Cash expenses would be $220,000 per year for years 2 - 9 inclusive. If they embark on this project, Cavendish Corporation will need to increase its inventory and accounts receivable [working capital] by $35,000, immediately. CCA Rate: 30% Tax Rate: 4096 WACC: 10% Required: Using the NPV approach, determine if Cavendish should proceed with this investment? Show all of your calculations. here to search All file types PART 4: LEASE VS. BORROW TO PURCHASE (8 MARKS) Sanders Limited is considering whether to lease its equipment as an alternative to borrowing to purchase it. The equipment will cost $180,000. This amount can be borrowed from a local bank at 6% interest with annual payments amortized over 4 years. Payments would be at the end of the year. The CCA rate on this equipment would be 30%, and the expected salvage at the end of 4 years is $25,000. Alternatively, lease payments of $55,000 could be made each year for 4 years, with the first payment due immediately. Sanders' cost of capital is 11%, and its tax rate is 30%. Required: Should Sanders lease or borrow to purchase? Show calculations to support your work