In: Finance
The tables below present expected free cash flow related data for XYZ for Year 1 and selected balance sheet data as of Year 0. XYZ has reached the steady state growth phase and XYZ’s WACC is 8%.
Year 0 Data
Debt |
4,000 |
Shares outstanding |
400 |
Year 1 Data
NOPLAT |
4,500 |
Free Cash Flow |
1,200 |
CAPEX |
130 |
You expect that XYZ would grow at 3.5% per year in perpetuity. What
is XYZ’s intrinsic value per share.
A.
56.67
B.
76.5
C.
67.5
D.
78.21
As per Gordon model, value of firm= Expected free cashflow/(cost of capital-growth) | ||
So value of firm= | 1200/(0.08-0.035) | |
= | $ 26,666.67 | |
Value of equity = | Value of firm - marker value of debt | |
26666.67-4000 | ||
$ 22,666.67 | ||
Shares outstanding= | 400.00 | |
Value per stock | $ 56.67 | (22666.67/400) |
So the correct answer is option A i.e. $ 56.67 |