The following table shows projected free cash flows for the next three years for Care$4$UMed Corp., a company producing portable oxygen machines.

Free Cash Flow

$\backslash$table$[[$Year$,($Millions of dollars$)],[1,3\mathrm{.}10],[2,3\mathrm{.}41],[3,3\mathrm{.}75]]$

After the three year period, Care$4$UMed is expected to grow at a constant rate of $10\%$ and its WACC is $15\%.$ Care$4$UMed has $$25$ million of debt and $$180$ million shares of stock outstanding.

According to the video, what is the formula for Care$4$UMed's horizon value?

$H{V}_3=\frac{FC{F}_3}{(WACC-g{)}^3}$

$H{V}_3=FC{F}_5(1+g{)}^3$

$H{V}_3=\frac{FC{F}_4}{\text{W}\text{A}\text{C}\text{C}-g}$

$H{V}_4=\frac{FC{F}_5}{1+g}$

Care$4$UMed's horizon value is $$ million.

According to the video, what is the formula for the firm's value today?

$V_0=\frac{FC{F}_1}{(1+\text{W}\text{A}\text{C}\text{C}{)}^1}+\frac{FC{F}_2}{(1+\text{W}\text{A}\text{C}\text{C}{)}^2}+\frac{FC{F}_3}{(1+\text{W}\text{A}\text{C}\text{C}{)}^3}+H{V}_3$

$V_0=\frac{FC{F}_1}{(1+\text{W}\text{A}\text{C}\text{C}{)}^1}+\frac{FC{F}_2}{(1+\text{W}\text{A}\text{C}\text{C}{)}^2}+\frac{FC{F}_3}{(1+\text{W}\text{A}\text{C}\text{C}{)}^3}+\frac{H{V}_3}{(1+\text{W}\text{A}\text{C}\text{C}{)}^3}$

$V_0=\frac{FC{F}_1}{(1+\text{W}\text{A}\text{C}\text{C}{)}^1}+\frac{FC{F}_2}{(1+\text{W}\text{A}\text{C}\text{C}{)}^2}+\frac{FC{F}_3}{(1+\text{W}\text{A}\text{C}\text{C}{)}^3}+\frac{H{V}_3}{(1+\text{W}\text{A}\text{C}\text{C}{)}^4}$

$V_0=\frac{H{V}_3}{(1+\text{W}\text{A}\text{C}\text{C}{)}^4}$

Care$4$uMed's value today is $$ million.

According to the video, the value of equity is found as $$

Care$4$UMed's equity is $$ million.

According to the video, the price per share is found as $$

Care$4$umed's the price per share is $$