In: Finance
1. General Foods is forecasted to have a beta (measure of market risk) of 1 next year. The risk free rate over the next year is expected to be 1%. The return on the market is expected to be 8%. What is the required return of General Foods based on the firms market risk, calculate the return using the capital asset pricing model? (Similar to part c in the case and this material is covered in chapter 8 on pages 282-287). Write your answer as a decimal.
2. What price would you expect to pay for a stock with a 17.4% required rate of return, 4% rate of dividend growth, and an annual dividend of $2.5 which will be paid next year?
3. What is the dividend next year for a stock that currently pays a $2 dividend which is growing at 6%?
4. Suppose General Foods has decided to enter the soda business and they will require additional capital. Management will finance the project by borrowing $100 million and by halting dividend payments. Management forecasts that free cash flow for the next two years will be -$50, and $35 million. After year 2 the cash flows will grow at a rate of 4%. The current WACC for General foods is 6%. What is the firms price per share given there are 50 Million Shares outstanding?
5. What is the expected rate of return for a stock that is expected to pay $1 dividend next year and is currently selling for $10. The price of the stock next year is expected to be $10.6. Write your answer as a decimal (i.e. do not change to a percent). So if the answer is 5.2% write the decimal equivalent of 0.052).
Solution 1 | ||
Beta | 1 | |
Risk free rate | 1% | |
Market rate | 8% | |
Estimated return= | Risk free rate + Beta * (Market rate - Risk free rate) | |
Estimated return= | 1%+1*(8%-1%) | |
Estimated return= | 8.00% | |
Estimated return= | 0.080 | |
Solution 2 | ||
Required return | 17.40% | |
Growth rate | 4% | |
Next dividend | $ 2.50 | |
Share price= | Next dividend/(Return - Growth) | |
Share price= | 2.50/(17.40%-4%) | |
Share price= | $ 18.66 | |
Solution 3 | ||
Current dividend | $ 2.00 | |
Growth rate | 6% | |
Next dividend | 2*(1+6%) | |
Next dividend | $ 2.12 | |
Solution 5 | ||
Current share price | $ 10.00 | |
Next year price | $ 10.60 | |
Next dividend | $ 1.00 | |
Return available= | Dividend+(Share price after year - Share price in beginning)/Share price in beginning | |
Return available= | (1+(10.60-10))/10 | |
Return available= | 16% | |
Return available= | 0.16 |
Solution 4:
Year | Cash flow | PV factor @6%, 1/(1+r)^time | Cashflow * PV factor | ||
1 | $ (50.00) | 0.9434 | $ (47.17) | ||
2 | $ 35.00 | 0.8900 | $ 31.15 | ||
2 | $1,820.00 | 0.8900 | $ 1,619.79 | ||
Current value | $ 1,603.77 | ||||
Current Cash flow | $ 35.00 | ||||
Rate of return | 6.00% | ||||
Growth Rate | 4.00% | ||||
Share Price at the horizon i.e. T2 | =Current Dividend*(1+Growth rate)/(Rate of return-Growth Rate) | ||||
Share Price at the horizon i.e. T2 | =35*(1+0.04)/(0.06-0.04) | ||||
Share Price at the horizon i.e. T2 | $ 1,820.00 | ||||
Company's value at T0 i.e. today | $ 1,603.77 | million | |||
Debt value | $ - | million | |||
Equity value | $ 1,603.77 | million | |||
No of shares | 50.00 | million | |||
Share price per share | =1603.77/50 | ||||
Share price per share | $ 32.08 |