Answer:
Money market instruments is the best place for the investment.
Explanation:
Money market instruments are securities that provide businesses, banks, and the government with large amounts of low-cost capital for a short period of time, less than a year. Most of the money market instruments such as treasury bills, commercial papers, certificate of deposits etc provide fixed returns so this money market instrument is considered the best for investing money for good profit.
I believe the answer is wheel network.
In wheel network, only one person has the authority to give all informations to all a members of the company (usually the leaders).
This type of network information has the least chance of misunderstanding the information because the source of information hasn't been passed around from one perceptive to another.
Answer:
A. How are goods and services to be distributed?
Explanation:
After the manufacturing of the goods, the process of distribution proceeds. In this process, the goods and services produced are distributed from the producers to the consumers. Transportation, packaging, storage, and advertising are some of the processes that lie between the production and distribution of the products.
According to the given options, the basic question to be asked related to the distribution of the produced goods is option A. All the other three questions belongs to the production stage.
Answer:
With a population growth of 2%, the GDP has to grow 12.6% per year in order to real GDP per person double in 7 years.
Explanation:
It is necessary to state the formula to calculate the GDP growth per person in 7 years and some assumptions. Defining as base of population and GDP the number 100 (aleatory picked) we can write our equation: GDP per person in year 7 = 100(1+x)^7/100(1+0.02)^7=2 In this equation X is the fixed percentage of GDP growth. By iteration process, we get that X=12.6%
Answer:
The equilibrium expected rate of return is higher for Kaskin than for Quinn.
Explanation:
Option A “The equilibrium expected rate of return is higher for Kaskin than for Quinn” is more accurate because the expected return is calculated by multiplying the risk premium with beta value and then adding with risk-free return. However, if the beta value is high, then the magnitude after multiplying with the risk premium will be high. Moreover, is magnitude will be added to risk-free return to find the expected return. Thus, it can be seen that Kaskin has high beta 1.2 as compared to Quinn’s beta value 0.6. So, the Kaskin has a higher expected return.
