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Future value factor table Future value annuity table Present value factor table Present value annuity table Requirements 1. Calculate the payback period in years of the solar panel project. 2. If the company uses a discount rate of 8%, what is the net present value of this project? 3. If the company has a rule that no projects will be undertaken that have a payback period of more than five years, would this investment be accepted? If not, what arguments could managers make to get approval for the solar panel project? 4. What would you do if you were in charge of approving capital investment proposals? Englehart Industries is evaluating investing in solar panels to provide some of the electrical needs of its main office building in Boulder, Colorado. The solar panel project would cost $550,000 and would provide cost savings in its utility bills of $70,000 per year. It is anticipated that the solar panels would have a life of 20 years and would have no residual value. Read the (Click the icon to view the present value annuity table.) (Click the icon to view the present value factor table.) (Click the icon to view the future value annuity table.) (Click the icon to view the future value factor table.) Requirement 1. Calculate the payback period in years of the solar panel project. Determine the formula, then calculate the payback period. (Round your answer to two decimal places.) Future value factor table Future value annuity table Present value factor table Present value annuity table Requirements 1. Calculate the payback period in years of the solar panel project. 2. If the company uses a discount rate of 8%, what is the net present value of this project? 3. If the company has a rule that no projects will be undertaken that have a payback period of more than five years, would this investment be accepted? If not, what arguments could managers make to get approval for the solar panel project? 4. What would you do if you were in charge of approving capital investment proposals? Englehart Industries is evaluating investing in solar panels to provide some of the electrical needs of its main office building in Boulder, Colorado. The solar panel project would cost $550,000 and would provide cost savings in its utility bills of $70,000 per year. It is anticipated that the solar panels would have a life of 20 years and would have no residual value. Read the (Click the icon to view the present value annuity table.) (Click the icon to view the present value factor table.) (Click the icon to view the future value annuity table.) (Click the icon to view the future value factor table.) Requirement 1. Calculate the payback period in years of the solar panel project. Determine the formula, then calculate the payback period. (Round your answer to two decimal places.)