Consider the case of Red Rabbit Builders: Red Rabbit Builders is expected to generate a free cash flow (FCF) of $1,225,000 this year, and the FCF is expected to grow at a rate of 18% over the following two years (FCF 2 and FCF3 ). After the third year, however, the company's FCFs are expected to grow at a constant rate of 8% per year, which will last forever (FCF4.00). If Red Rabbit's weighted average cost of capital (WACC) is 16%, complete the following table and compute the current value of Red Rabbit's operations. Round all dollar amounts to the nearest whole dollar, and assume that the firm does not have any nonoperating assets in its balance sheet and that all FCFs occur at the end of each year. PVCFCF) Year FCF1 FCF FCF CF $1,225,000 FCFA Horizon Value Vop Red Rabbit's debt has a market value of $13,481,507, and Red Rabbit has no preferred stock in its capital structure. If Red Rabbit has 500,000 shares of common stock outstanding, then the total value of the company's common equity is S s, and the estimated intrinsic value per share of its common stock is $ per share. Assume the following: . The end of Year 3 differentiates Red Rabbit's short-term and long-term FCFS. Professionally conducted studies have shown that more than 80% of the average company's share price is attributable to long-term rather than short-term-cash flows. Is the percentage of Red Rabbit's expected long-term cash flows consistent with the value cited in the professional studies? Yes, because 72.22% of the firm's share price is derived from its expected long-term free cash flows No, because only 62.76% of the firm's share price is derived from its expected long-term free cash flows. No, because the percentage of Red Rabbit's expected long-term cash flows is actually 17.93%. Yes, because 82.07% of the firm's share price is derived from its expected long-term free cash flows