Halo Engineering just invested $603 Million of fixed capital in new fabrication tooling for the Cyberhog (prototype shown above). Production and sales of the Cyberhog is expected to result in an annual cash flow of $142 Million in each of the next 7 years. At the end of year 7, the fabrication tooling will have to be completely replaced and thus has no salvage value. Part A: Draw the CFD for the problem. [5 pts] Part B: If a decision to add a rocket boosters to the Cyberhog delays the start-up of the plant for two years (i.e. no cash flow in years 1 and 2), what new cash flow (equal for the remaining years) will be needed to maintain the same internal rate of return as would be experienced if no delay occurred? [10 pts] Part C: If you used the Excel Solver to arrive at your solution, describe how you would solve this problem with the calculator. [5 pts -note, if you use the calculator to solve this problem, you will automatically get these 5 points, assuming you show your work & inputs above in Part B).