In: Accounting
The risk-free rate is 2.50% and the market risk premium is 7.20%. A stock with a β of 0.93 just paid a dividend of $2.95. The dividend is expected to grow at 22.80% for three years and then grow at 3.77% forever. What is the value of the stock?
Answer format: Currency: Round to: 2 decimal places.
The risk-free rate is 3.65% and the market risk premium is 6.40%. A stock with a β of 1.11 just paid a dividend of $2.24. The dividend is expected to grow at 23.98% for five years and then grow at 3.12% forever. What is the value of the stock?
Answer format: Currency: Round to: 2 decimal places.
Caspian Sea Drinks needs to raise $93.00 million by issuing additional shares of stock. If the market estimates CSD will pay a dividend of $2.11 next year, which will grow at 3.46% forever and the cost of equity to be 12.32%, then how many shares of stock must CSD sell?
Answer format: Number: Round to: 0 decimal places.
Suppose the risk-free rate is 3.11% and an analyst assumes a market risk premium of 7.80%. Firm A just paid a dividend of $1.48 per share. The analyst estimates the β of Firm A to be 1.32 and estimates the dividend growth rate to be 4.06% forever. Firm A has 292.00 million shares outstanding. Firm B just paid a dividend of $1.77 per share. The analyst estimates the β of Firm B to be 0.77 and believes that dividends will grow at 2.12% forever. Firm B has 190.00 million shares outstanding. What is the value of Firm A?
Answer format: Currency: Round to: 2 decimal places.
Suppose the risk-free rate is 3.71% and an analyst assumes a market risk premium of 5.02%. Firm A just paid a dividend of $1.14 per share. The analyst estimates the β of Firm A to be 1.24 and estimates the dividend growth rate to be 4.52% forever. Firm A has 286.00 million shares outstanding. Firm B just paid a dividend of $1.50 per share. The analyst estimates the β of Firm B to be 0.77 and believes that dividends will grow at 2.86% forever. Firm B has 193.00 million shares outstanding. What is the value of Firm B?
Answer format: Currency: Round to: 2 decimal places.
| 1.First we need to find the Cost of equity or Required return on equity |
| to discount the dividend cashflows--to find the value of the stock |
| So,as per CAPM, Cost of equity,ke=RFR+(Beta*Market risk premium) |
| Putting in the values given for the above variables, |
| ke=2.50%+(0.93*7.20%)= |
| 9.20% |
| Now, discounting the dividend cashflows, |
| Div/yr. | Dividend CFs | |
| D0= 2.95 | ||
| D1= | 2.95*(1+0.2280)^1= | 3.62 |
| D2= | 2.95*(1+0.2280)^2= | 4.45 |
| D3= | 2.95*(1+0.2280)^3= | 5.46 |
| P3=D4/(ke-g) | (5.46*1.0377)/(9.20%-3.77%)= | 104.34 |
| (Price at end of 3rd year) |
| P0=(D1/(1+ke)^1)+(D2/(1+ke)^2)+(D3/(1+ke)^3)+(P3/(1+ke)^3) |
| ie.P0=(3.62/(1+9.20%)^1)+(4.45/(1+9.20%)^2)+(5.46/(1+9.20%)^3)+(104.34/(1+9.20%)^3) |
| 91.37 |
| $91.37 |
| 2. As in the above case, first we need to find the Cost of equity or Required return on equity |
| to discount the dividend cashflows--to find the value of the stock |
| So,as per CAPM, Cost of equity,ke=RFR+(Beta*Market risk premium) |
| Putting in the values given for the above variables, |
| ke=3.65%+(1.11*6.40%)= |
| 10.75% |
| Now, discounting the dividend cashflows, |
| Div/yr. | Dividend CFs | |
| D0= 2.24 | ||
| D1= | 2.24*(1+0.2398)^1= | 3.66 |
| D2= | 2.24*(1+0.2398)^2= | 4.53 |
| D3= | 2.24*(1+0.2398)^3= | 5.62 |
| D4= | 2.24*(1+0.2398)^4= | 5.29 |
| D5= | 2.24*(1+0.2398)^5= | 6.56 |
| P5=D6/(ke-g) | (6.56*1.0312)/(10.75%-3.12%)= | 88.66 |
| (Price at end of 5th year) |
| Now, |
| P0=(D1/(1+ke)^1)+(D2/(1+ke)^2)+(D3/(1+ke)^3)+(D4/(1+ke)^4)+(D5/(1+ke)^5)+(P5/(1+ke)^5) |
| ie.P0=(3.66/(1+10.75%)^1)+(4.53/(1+10.75%)^2)+(5.62/(1+10.75%)^3)+(5.29/(1+10.75%)^4)(6.56/(1+10.75%)^5)+(88.66/(1+10.75%)^5) |
| 71.80 |
| $71.80 |
| 3.We need to find the price per share of CSD |
| by using the formula , to find |
| Cost of equity by dividend discount model , for constant growth of dividends, |
| ie. Ke=(D1/P0)+g |
| where ke= the cost of equity, given as 12.32% |
| D1=the next dividend , ie. $ 2.11 |
| P0= Price/share --to find ---?? |
| g= the constant growth rate, ie. 3.46% |
| Plugging in the values, |
| 12.32%=(2.11/P0)+3.46% |
| Solving the above for P0 , we get the stock price/ share as |
| 23.8149 |
| ie. $ 23.81 |
| Given that , |
| Caspian Sea Drinks needs to raise $93.00 million by issuing additional shares of stock |
| Shares of stock CSD must sell= |
| $ 93000000/ $ 23.8149= |
| 3905118 |
| No.of shares |
| 4. Finding Cost of equity for Firm A,as per CAPM, |
| ke=RFR+(Beta*MRP) |
| ie. 3.11%+(1.32*7.80%)= |
| 13.41% |
| Now, we need to discount the dividend cash flows , using the above cost of equity, |
| Value per share of Firm A,ie. P0=D1/(ke-g) |
| where D1=next dividend=(1.48*1.0406) |
| ke=13.41% & g= 4.06% |
| so, P0=(1.48*1.0406)/(13.41%-4.06%)= |
| 16.4715 |
| $16.47 |
| Given that |
| Firm A has 292.00 million shares o/s |
| So, value of Firm A= No.of shares o/s*Price per share |
| ie. 292000000*16.4715= |
| 4809678000 |
| Or |
| $4,809.68 |
| millions |
| 5.Finding Cost of equity for Firm B,as per CAPM, |
| ke=RFR+(Beta*MRP) |
| ie. 3.71%+(0.77*5.02%)= |
| 7.58% |
| Now, we need to discount the dividend cash flows , using the above cost of equity, |
| Value per share of Firm A,ie. P0=D1/(ke-g) |
| where D1=next dividend=(1.50*1.0286) |
| ke=7.58% & g=2.86% |
| so, P0=(1.50*1.0286)/(7.58%-2.86%)= |
| 32.6886 |
| $32.69 |
| Given that |
| Firm B has 193.00 million shares o/s |
| So, Value of Firm B= No.of shares o/s*Price per share |
| ie. 193000000*32.6886= |
| 6308899800 |
| Or |
| $6,308.90 |
| millions |