Using the Gordon Growth Model (a.k.a. Dividend Discount Model), the intrinsic value of a stock can be calculated, exclusive of current market conditions. In this model, the value of the stock is equated to the present value of the stock's future dividends.
<span>Value of stock (P0) = D1 / (k - g)
</span>where
D1<span> = </span><span>expected annual </span>dividend<span> per share in the following year </span>
<span>k = the investor's discount rate or required </span>rate of return
g = the expected dividend growth rate
<u>From the problem:</u>
The value of stock is $10.80
D1 is $0.40
g is 0.08
k is unknown
Solution:
Rearranging the equation for Gordon Growth Model to solve for k:
k = (D1/P0) + g
Substituting the variables with the given values,
k = (0.40/10.80) + 0.08
k = 0.1170
In percent form, this is
0.1170 * 100% = 11.70%.
Thus, the total rate of return on the stock is 11.70%.
A soft drink's price elasticity of demand is lower than Coca-Cola's, which is more sensitive to price. This is due to the ease with which consumers can switch from Coca-Cola to other comparable soft drink alternatives, such as Pepsi.
- However, it would be challenging to replace soft drinks as a whole with alternative products. The price elasticity of demand for soft drinks, in general, is lower than the price elasticity of demand for Coca-Cola because there are no other close substitutes for them.
- The quantity required of a thing or service changes in response to a change in the product's price, and this is measured by the price elasticity of demand. It is computed by subtracting the product's price change from the quantity demanded, divided by the product's price change.
- Because the quantity of Coca-Cola products demanded frequently changes when prices vary, these products are thought to have an elastic demand.
Know more about coca-cola:
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I don’t get what your saying
But could u give more explanation
