$123$ Warehousing is expected to generate a free cash flow $($FCF$)$ of $$13,230\mathrm{.}00$ million this year $(FC{F}_1=$$$13,230\mathrm{.}00$ million$),$ and the FCF is expected to grow at a rate of $22\mathrm{.}60\%$ over the following two years $(FC{F}_2$ and $FC{F}_3).$ After the third year, however, the FCF is expected to grow at a constant rate of $3\mathrm{.}18\%$ per year, which will last forever $(FC{F}_4).$ Assume the firm has no nonoperating assets. If $123$ Warehousing's weighted average cost of capital $($WACC$)$ is $9\mathrm{.}54\%,$ what is the current total firm value of $123$ Warehousing? $($Note: Round all intermediate calculations to two decimal places.$)$

$$40,724\mathrm{.}97$ million

$$363,336\mathrm{.}13$ million

$$343,408\mathrm{.}70$ million

$$286,173\mathrm{.}92$ million

$123$ Warehousing's debt has a market value of $$214,630$ million, and $123$ Warehousing has no preferred stock. If $123$ Warehousing has $450$ million shares of common stock outstanding, what is $123$ Warehousing's estimated intrinsic value per share of common stock? $($Note: Round all intermediate calculations to two decimal places.$)$

$$157\mathrm{.}99$

$$476\mathrm{.}96$

$$174\mathrm{.}89$

$$158\mathrm{.}99$