The company is entirely equity-financed. Market capitalization = $50M and has 10M shares outstanding. It announces a new project with NPV of $32M. The upfront cost of the project is $110M. What is the old and new stock price before and after the announcement of the project respectively? How much equity will need to be raised to finance the project? Assume no taxes, and perfect capital markets.
Therefore, new shares issued = $110M/ $19.2 = 5.7M shares.
Unfortunately, my answers are wrong.
2 Questions:
#1- The official answer takes into account only the earnings of the project and not the present value of the future cash flows. Why? If this were an IPO (that is if the firm were private and this was the only project available in the company), we would have based the stock price on future cash flow and not based on just the earnings. Isn’t it? Why is there a difference in the two methods?
#2- Why do we think about new shares after increasing the stock price? As in, why not say new shares issued = $110M/$5 (using the previous stock price)? I am curious.
You only add the equity portion of the project’s NPV to the market cap. So in this case, the new stock price should be $8.2
110/8.1= 13.58M shares are needed to finance the project.
The new share price is used instead, because the company issues new shares to finance the project which has a NPV of $32m, so the total value of the company increases, and this is reflected in the PV of the stock, which should also be it’s price at par (issue).
Earnings and cashflow to equity should converge in any financial statement, this is more evident in a finite project, than a growing going concern company. Earnings smooth out the cash flows, which should not make a big difference in the time value of money if proper accounting treatments were used. That’s not to say that it’s the same, but almost the same. Discounting cashflows directly is a more accurate valuation.
This isn’t my question, I’m not the OP. You said divide 110 by $8.1. If you read my response (prior) to your answer, I provided the same solution as you, except dividing 110 by 8.2. I’m confident in my solution for the OP, so I was asking why you’re dividing by 8.1…