ASHISH K. answered 12d
US CPA with 16+ Years of Accounting and Finance Experience
The maximum price per share the investor should pay is approximately $55.94.
Here is the teacher-style explanation.
The investor requires a 14% return, so we discount all future dividends at 14%.
Last year’s dividend was $3.40.
Step 1: Find the expected dividends
Year 1: Zero growth
D1=3.40D_1 = 3.40D1=3.40Year 2: 5% growth
D2=3.40×1.05=3.57D_2 = 3.40 \times 1.05 = 3.57D2=3.40×1.05=3.57Year 3 and Year 4: No dividend
D3=0,D4=0D_3 = 0,\quad D_4 = 0D3=0,D4=0Year 5: Dividend is given
D5=5.00D_5 = 5.00D5=5.00Year 6: 10% growth from Year 5
D6=5.00×1.10=5.50D_6 = 5.00 \times 1.10 = 5.50D6=5.00×1.10=5.50After Year 6, dividends grow constantly at 8%.
Step 2: Find the stock value at Year 5
At the end of Year 5, we use the constant growth model:
P5=D6r−gP_5 = \frac{D_6}{r-g}P5=r−gD6 P5=5.500.14−0.08P_5 = \frac{5.50}{0.14 - 0.08}P5=0.14−0.085.50 P5=5.500.06=91.67P_5 = \frac{5.50}{0.06} = 91.67P5=0.065.50=91.67So, at the end of Year 5, the stock is worth $91.67.
Step 3: Discount the cash flows back to today
P0=D1(1.14)1+D2(1.14)2+D5+P5(1.14)5P_0 = \frac{D_1}{(1.14)^1} + \frac{D_2}{(1.14)^2} + \frac{D_5 + P_5}{(1.14)^5}P0=(1.14)1D1+(1.14)2D2+(1.14)5D5+P5 P0=3.401.14+3.57(1.14)2+5.00+91.67(1.14)5P_0 = \frac{3.40}{1.14} + \frac{3.57}{(1.14)^2} + \frac{5.00 + 91.67}{(1.14)^5}P0=1.143.40+(1.14)23.57+(1.14)55.00+91.67 P0=2.98+2.75+50.21P_0 = 2.98 + 2.75 + 50.21P0=2.98+2.75+50.21 P0=55.94P_0 = 55.94P0=55.94Final Answer
The maximum price the investor should pay for the stock is:
$55.94\boxed{\$55.94}$55.94So, if the stock is selling for less than $55.94, it may be attractive. If it is selling for more than $55.94, the investor would not earn the required 14% return.