5. Your firm has initially has debt with market value $d billion and equity with market value $e billion.
The firm can invest $ci million today and receive an expected cash flow, after taxes, of $c1 million
next year and $c1 million the following year. The project would be financed with $f1 million of equity
and $f2 million of debt, and the debt would be repaid after 1 year. Your firm’s required return on
equity is r1% and the required return on debt is r2%. The tax rate is r3%.
Use the firm’s existing WACC to find the NPV, and then comment on whether use of the WACC
approach in this context likely leads to an over-or understated value.
6. Consider a firm that currently has current debt and equity market values of $200 million and $1
billion, respectively. The expected growth rate of the firm as a whole is 0, and the expected change in
its debt is zero. Suppose there are two possibilities for debt policy: either debt is fixed at $200 million
forever, or debt will be set at a constant fraction of equity, such that if the firm does unexpectedly well
debt rises, while debt will be retired should the firm value unexpectedly drop. Why might the value of
tax shields be dependent on the choice of debt policy? Which policy would you expect to yield a
higher firm value?
7. Scones and More Inc. (SAM), is considering investing in a large baking facility. Capital expenditure
today would be $ce, which could be depreciated straight line over 5 years. New revenues and costs
(both pretax) generated by the plant over the next 5 years would be (in millions):
The firm faces a tax rate of tr% and always has positive taxable income (even incorporating this
project). Beyond year 5, assume that net cash flows will stay constant in perpetuity. Suppose the beta
of this project is beta, the market risk premium is rp%, and the risk-free rate is rfr%. SAM has current
debt and equity values of $10 million and $70 million, respectively. This new project would allow
financing of $5 million of risk-free debt (paying the risk-free rate) and $15 million of equity initially.
At year 5, an additional $2 million of debt would be issued to pay some of that year’s costs, and debt
would then be maintained at $12 million in perpetuity.
Perform an APV analysis of the project to determine its NPV.