ABET CRITERION $($A$,$ E$)$

$2.$ A well was drilled in a reservoir containing oil, water, and gas. The reservoir has a net thickness of $50ft$ and absolute permeability of $158md.$ The wellbore diameter is $9-\frac{5}{8}$ inches and well spacing is $80$ acres. Initially the reservoir pressure was $3000$ psia. Fluids saturations were $60\%$ oil, $10\%$ gas, and $30\%$ water. At reservoir pressure, the oil viscosity, $FVF,$ and solution gas$/$oil ratio are $3\mathrm{.}5cp$ and $1\mathrm{.}2R\frac{B}{S}TB,900,SC\frac{F}{S}TB,$ respectively; the$-$gas viscosity and FVF are $0\mathrm{.}1cp$ and $0\mathrm{.}0004R\frac{B}{S}CF,$ respectively; and the; water viscosity and FVF are $0$:$6cp$ and $1\mathrm{.}06R\frac{B}{S}TB,$ respectively. The oil$-$water relative permeability curves are given in Fig. $1.$ The oil$-$gas relative permeability curves are given in Fig. $2.$ The flowing$-$bottom$-$hole pressure of the well is set at $500$ psia.

$3.$ Estimate the water production rate at reservoir conditions.

$4.$ Estimate the gas production rate at reservoir conditions.

$5.$ Estimate the oil production rate at reservoir conditions.

$4.$ Estimate the water production rate at standard condition.

$5.$ Estimate the gas production rate at standard conditions.

$6.$ Estimate the oil production rate at standard conditions.

$7.$ Estimate the producing water$/$oil ratio at reservoir conditions and at standard conditions?

$8.$ Estimate the producing gas$/$oil ratio at standard conditions and at reservoir conditions.