$9.$ Stocks that don't pay dividends yet

Goodwin Technologies, a relatively young company, has been wildly successful but has yet to pay a dividend. An analyst forecasts that Goodwin is likely to pay its first dividend three years from now. She expects Goodwin to pay a $$5\mathrm{.}25000$ dividend at that time $($D$=$ $$5\mathrm{.}25000)$ and believes that the dividend will grow by $27\mathrm{.}30000\%$ for the following two years $($D$$ and D$).$ However, after the fifth year, she expects Goodwin$$s dividend to grow at a constant rate of $4\mathrm{.}32000\%$ per year.

Goodwin$$s required return is $14\mathrm{.}40000\%.$ Fill in the following chart to determine Goodwin$$s horizon value at the horizon date $($when constant growth begins$)$ and the current intrinsic value. To increase the accuracy of your calculations, do not round your intermediate calculations, but round all final answers to two decimal places.

Term

Value

Horizon value

Current intrinsic value

Stocks that don't pay dividends yet

Goodwin Technologies, a relatively young company, has been wildly successful but has yet to pay a dividend. An analyst forecasts that Goodwin is likely to pay its first dividend three years from now. She expects Goodwin to pay a $$2\mathrm{.}50000$ dividend at that time $)=($$$2\mathrm{.}50000$ and believes that the dividend will grow by $13\mathrm{.}00000\%$ for the following two years and $D_5).$ However, after the fifth year, she expects Goodwin's dividend to grow at a constant rate of $3\mathrm{.}66000\%$ per year.

Goodwin's required return is $12\mathrm{.}20000\%.$ Fill in the following chart to determine Goodwin's horizon value at the horizon date $($when constant growth begins$)$ and the current intrinsic value. To increase the accuracy of your calculations, do not round your intermediate calculations, but round all final answers to two decimal places.

$\backslash$table$[[$Term$,$Value$],[$Horizon value,grad