$18.$ Johnson Jets is considering two mutually exclusive projects. Project A has an up$-$front cost of $$122,000($CF$0=-122,000),$ and produces positive after$-$tax cash inflows of $$30,000$ a year at the end of each of the next six years. Project B has an up$-$front cost of $$60,000($CF$0=-60,000)$ and produces after$-$tax cash inflows of $$20,000$ a year at the end of the next four years. Assuming the cost of capital is $10\mathrm{.}5\%,$

$1.$ Compute the equivalent annual annuity of project A in box $1.$ Round the EAA to a whole dollar without the dollar sign or comma, e$.$g$.,3452($non$-$negative number$)$

$2.$ Compute the equivalent annual annuity of project B in box $2.$ The same format as box $1.$

$3.$ Decide which project to undertake in box $3,$ either Project A or Project B$.$