Complete the following table, based on the techniques shown in class:

$\backslash$table$[[$Year$,r^{**},$Average ${?}^{**},$Inflation,Average IP$,$is$,$is$],[1,2\mathrm{.}00,,6\mathrm{.}00,,,],[2,2\mathrm{.}00,,5\mathrm{.}00,,,],[3,2\mathrm{.}00,,4\mathrm{.}00,,,],[4,3\mathrm{.}00,,4\mathrm{.}00,,,],[5,3\mathrm{.}00,,3\mathrm{.}00,,,],[6,3\mathrm{.}00,,2\mathrm{.}00,,,]]$

Assume that the Pure Expectations theory of the term structure is correct. Based on the above table, determine how much you should be willing to pay today for a zero$-$coupon Treasury bill that will mature for $$7,500$ at the end of Year $4.$

Answer in dollars and cents, truncated to the nearest cent. Do not enter a $"$$$".$ For example, if your answer is $$1,234\mathrm{.}567,$ enter $"1234\mathrm{.}56",$ Canvas will display this as $"1,234\mathrm{.}56".$