Magic Realm, Inc., has developed a new fantasy board game. The company sold 16,400 games last year at a selling price of $70 per
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Answer:
Intrinsic value: 53.41 dollars
Explanation:
First, we use the CAPM model to know the value of the stock
risk free 0.085
premium market =(market rate - risk free) = 0.045
beta(non diversifiable risk) 1.3
Ke 0.14350
Now we need to know the present value of the future dividends:
D0 = 2.8
D1 = D0 x (1+g) = 2.8 * 1.23 = 3.444
D2 3.444 x 1.23 = 4.2361200
The next dividends, which are at perpetuity will we solve using the dividned grow model:
In this case dividends will be:
4.23612 x 1.07 = 4.5326484
return will be how return given by CAPM and g = 7%
plug this into the Dividend grow model.
value of the dividends at perpetity: 61.6686857
FInally is important to note this values are calculate in their current year. We must bring them to present day using the present value of a lump sum:
3.011805859
3.239633762
47.16201531
We add them and get the value of the stock:
53.413455
Answer:
Answer is explained in the explanation section below.
Explanation:
It's necessary to remember that the value of fixed-rate bonds is inversely proportional to the level of interest rates. The value of the bond decreases as interest rates rise; moreover, the value of the bond rises as interest rates fall. A Bond with a lower coupon sells for less than its face value. When the going rate of interest is higher than the coupon rate, this condition arises. The value of the asset would increase over time. A higher coupon bond is one that sells for a higher price than its face value. When the going rate of interest is lower than the coupon rate, this condition arises. Its value will gradually decrease until it reaches its maturity value. A par value bond that sells at par, with a coupon rate equal to the current interest rate. The coupon is usually set at the going market rate on the day the bond is sold, so it sells at par at first.
Calculations:
C = Coupon Payments = $60 (Par Value x Coupon Rate)
n = number of years = 10
i = market rate or required yield = 7% = 0.007
K = number of coupon payments in 1 year = 1
P = value at maturity or par value = 1000
Present value of ordinary annuity formula:
Bond Price = C/k * +
Just plug in the values and you will get:
Bond Price = 60 x 7.02 + 508.35
Bond Price = 421.41 508.35
Bond Price = $929.76
Similarly,
Data:
C = Coupon Payments = $60 (Par Value x Coupon Rate)
n = number of years = 10
i = market rate or required yield = 7% = 0.007
K = number of coupon payments in 1 year = 2
P = value at maturity or par value = 1000
Present value of ordinary annuity formula:
Bond Price = C/k * +
Just plug in the values and you will get:
Bond Price = 30 x 14.21 + 502.57
Bond Price = 426.37 + 502.57
Bond Price = $928.94