Adventis Financial Modeling Certification (FMC) Level 2 Practice Test

The formula for terminal value using the perpetuity method is correctly represented by the option that states: TV = Terminal year FCF (1 + g) / (r - g). This formula is derived from the Gordon Growth Model, which is often used in financial analysis to estimate the present value of cash flows that are expected to grow at a constant rate indefinitely. In this formula, the terminal value (TV) represents the value of all future cash flows beyond the forecast period, assuming those cash flows grow at a steady rate (g). The numerator, Terminal year FCF (1 + g), reflects the cash flow expected in the next period, adjusted for growth, while the denominator (r - g) accounts for the difference between the discount rate (r) and the growth rate (g). This structure allows analysts to capture the intrinsic value of a business that is expected to continue generating cash flows over the long term. Precise understanding of the variables is crucial: the discount rate is typically based on the risk associated with the cash flows, and the growth rate is an estimate of how much the cash flows are expected to increase over time. If r is greater than g, which is essential for the formula to work, you can derive a meaningful terminal