We can actually infer here that an increase in labor productivity will affect equilibrium in the labor market in the following way: The demand for labor will increase and the equilibrium wage and quantity of labour will increase.
<h3>What is equilibrium?</h3>
Equilibrium refers to the state whereby opposing things are balanced in order to achieve a desired outcome.
If the labor productivity is increased, it will definitely affect equilibrium in the labor market in such a way that the demand of labor will increase.
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A cycle or series of cycles of economic expansion and contraction.
Answer:
Different aspects to be considered:
First of all, the steakhouse probably has the most clients between 6 to 8 PM, that is why discounts are not offered during that time.
Second, the discount is offered to only a certain group, employees of other stores, because it is a promotional strategy aimed at increasing the number of clients during slow hours. Since this is a fancy place, it is probably expensive also. Most employees would not actually eat there except on a special event, e.g. birthday or anniversary dinner. Even with the 20% discount, not many of them will actually eat there.
This is something nice to offer, since a shopping mall is a close environment where a lot of different people work together, even if very few will actually take the offer. It is normal that different stores have distinct promotions for the employees that work there. It is similar to offering perks that help create a better working environment between the employees of different stores.
Answer:
=2.98%
Explanation:
Use CAPM to find the required return of the stock;
CAPM: r = risk free + beta(market return - risk free)
risk free = 4.5% or 0.045 as a decimal
beta = -0.4
market return = 8.3% or 0.083 as a decimal
Next, plug in the numbers into the CAPM formula;
r = 0.045 -0.4(0.083 - 0.045)
r = 0.045 -0.0152
r = 0.0298 or 2.98%
Therefore the required return is 2.98%
Answer:
Sustainable Growth Rate: 2.5%
Explanation:
Sustainable growth rate is calculated by multiplying return on equity with retention ratio.
Logic behind above is that whatever portion of net profit is retained by the Company, is used in the Company's operations, which earns certain percentage of equity known as return on equity. By multiplying both return on equity with retention ratio, we assume that the practice will continue for foreseeable future and the Company will continue to grow at the calculated growth rate.
Growth rate = Retention ratio * return on equity
Retention ratio = 50%
Return on equity = Net profit available for distribution / Opening equity
Return on Equity = (25,000 * 10%) / 50,000
Return on Equity = 5%
Growth Rate = 5% * 50%
Growth Rate = 2.5%
