$1.)$ For each of the T$-$bills in the following table, reconstruct the table and fill in the missing cells. Assume each T$-$bill has $$10,000$ face value. Use $365$ days in a year for computing the bond equivalent yield and the effective annual yield. Round prices to the nearest penny and express yields as percentage rounded to $3$ decimal places. The first bond has been completed for you.

$\backslash$table$[[\backslash$table$[[$Days to$],[$Maturity Bid$]],,$Asked,,hange,Price,,$\backslash$table$[[$Bond$],[$Equivalent$],[$Yield$]],\backslash$table$[[$Effective$],[$Annual$],[$Yield$]],\backslash$table$[[$Yesterday$\text{'}$s$],[$Price$]]],[26,3\mathrm{.}843,,3\mathrm{.}834,0\mathrm{.}030,$$$,9,972\mathrm{.}31,3\mathrm{.}898\%,3\mathrm{.}969\%,$$ $9,971\mathrm{.}47$