You’re considering making an investment in a project that will generate $1,000,000 per year indefinitely. To finance this project, you will be using a combination of both bonds and stocks. 60% of your financing needs will be in the form of bonds at a rate of 5%, and the remaining 40% will be issued in the form of stocks at a rate of 12%. What is the most amount of money you would consider spending for this project (to receive a return of $1,000,000 per year, indefinitely) g

The maximum that the company should consider spending on this project is $12,820,512.82

Explanation:

The project's returns are in the form of a perpetuity of $1000000 or $1 million per year. A perpetuity is a constant cash flow that occurs after equal intervals of time indefinitely.

To calculate the maximum amount that the company should consider spending on this project, we need to determine the present value of perpetuity.

The formula for present value of perpetuity is,

Present value of perpetuity = Cash Flow / Discount rate

The discount rate in this case will be the WACC of the company. The WACC or weighted average cost of capital is the cost of the company's capital structure that can contain the following components namely debt, preferred stock and common stock.

To fund this project, the company will raise 60% amount from debt financing at 5% cost of debt and 40% from common stock financing at 12% cost of common stock equity.

The WACC will be,

WACC = wD * rD  + wE * rE

Where,

WACC = 0.6 * 0.05  +  0.4 * 0.12    = 0.078 or 7.8%

The present value of perpetuity discounted at 7.8% will be,

Present value of perpetuity = 1000000 / 0.078

Present value of perpetuity = $12,820,512.82

answer///supply is elastic, and demand is inelastic;