The periodic expensing of an asset over the property’s
theoretic economic life is known as the depreciation. Depreciation occurs when
there is a presence of the utility’s loss and in the same time, there is a
physical deterioration or economical obsolesce that causes a value or that both
may occur in the same time.
Answer:
Good investing should be backed by history and science as opposed to over-ambitious, loophole-filled plots.
Explanation:
please give brainliest
Answer: D.
firms that can reduce pollution only at high cost will be willing to pay the most for the pollution permits.
Explanation: Tradable pollution permits are so-called cap and trade schemes. They give companies a legal right to pollute a certain amount per fixed time span. Firms that pollute less can then sell their leftover pollution permits to firms that pollute more. Credits are traded within defined trading areas.
Pollution permits, e.g. carbon trading schemes where firms are given the right to pollute a certain amount; these permits can be traded with other firms. Regulation. Limits on a number of pollutants that can be discarded into the atmosphere.
If the price elasticity of demand for Mountain Dew is 4.4 then "mountain dew has a high price elasticity of demand".
<u>Answer:</u> Option D
<u>Explanation:</u>
In economics "Price elasticity of demand" (PED) is a metric required to illustrate the flexibility or elasticity of a product or service's required quantity to increase its value when nothing but the value of product vary. When mountain dew have price elasticity of demand is 4.4 this follows that a price increase of 10 percent would result in the quantity needed decline by 44%
as illustrated below:
4.4 = (% quantity change) / (% price change)
4.4 = x / 10
x = -4.4 (10) = -44% here negative sign shows decline in quantity required.
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%.
