FIGURE $2\mathrm{.}3$ Listing of Treasury bond issues

$\backslash$table$[[$Maturity$,$Coupon,Bid,Asked,Change,Asked yield to maturity$],[31-$December$-20,1\mathrm{.}750,100\mathrm{.}040,100\mathrm{.}044,0\mathrm{.}008,1\mathrm{.}641],[15-$December$-21,2\mathrm{.}625,102\mathrm{.}216,102\mathrm{.}222,0\mathrm{.}032,1\mathrm{.}418],[15-$May$-24,2\mathrm{.}500,105\mathrm{.}054,105\mathrm{.}060,0\mathrm{.}750,1\mathrm{.}356],[15-$May$-30,6\mathrm{.}250,147\mathrm{.}023,147\mathrm{.}032,0\mathrm{.}781,1\mathrm{.}474],[15-$February$-39,3\mathrm{.}500,128\mathrm{.}202,128\mathrm{.}212,0\mathrm{.}126,1\mathrm{.}754],[15-$May$-49,2\mathrm{.}875,121\mathrm{.}006,121\mathrm{.}016,0\mathrm{.}794,1\mathrm{.}939]]$

Source: The Wall Street Journal Online, September $3,2019.$

Refer to Figure $2\mathrm{.}3$ and look at the Treasury bond maturing in February $2039.$

$4$

Required:

points

a$.$ How much would you have to pay to purchase one of these bonds? $($Round your answer to $2$ decimal places.$)$

Answer is complete but not entirely correct.

$\backslash$table$[[$Purchase price,$$121\mathrm{.}02$