Suppose that: Sam has decided to live and work in Vancouver Sam's nominal MARR is 2.45% per year, or about 0.202% per month (this conversion is done for you in the companion spreadsheet). . 3.b Inflation and present values . Month 0 is the base month for inflation calculations, AND the 'present' for present value calculations. Yearly inflation is the rate, which you calculated 5 in part 3.a.i (the companion spreadsheet will automatically calculate the monthly equivalent rate of inflation for you). If you skipped that question, assume that inflation is 2% per year. That's the Bank of Canada's usual inflation target. (I also put that 3.a part as a separate question. So if when you work on this question, that question is answered, please use that number instead). Sam's monthly rent is constant in real terms, at the baseline level = $2,894 per month . (If your baseline rent for Vancouver was a month, then Sam's rent is constant in real terms at $2,000 real dollars per month.) Sam pays rent for 40 years (480 months). The first rent payment is in month 36. i. Calculate the present value of Sam's rent using nominal cash flows and nominal rates. Show your work. (You're being graded on how you obtained the present value, not on the final numerical answer per se.) Present Value of Rent: $ ii. Calculate the present value of Sam's rent using real cash flows and real rates. Show your work. (You're being graded on how you obtained the present value, not on the final numerical answer per se.) (Hint: Since Month 0 is both the present AND the base month for inflation calculations, your numerical results should be identical for parts i. and ii. If they're not, that's a sign that you should re-check your setup and calculations.) Present Value of Rent: $_ [Show all calculation and reasoning for both part]