Answer:
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Explanation:
The <em>expected return</em> is the weighted average of the expected returns in each scenario by its respective probability.
The <em>distribution of the holding period returns </em>(HPR) under three different scenarios is:
State of the economy Scenario #(s) Probability, p(s) HPR
HPR Boom 1 0.336 28.40%
Normal growth 2 0.414 7.90%
Recession 3 0.25 18.90%
The calculations are:
Answer:
His company had been going through a lot of transition in the past year because they wanted to improve their public image.
George made sure that the restaurant served all the dishes that were popular in the locality.
Explanation:
An "ethical leader" is concerned about the beliefs and values of people in the society. In order to adapt to locality, George has to consider the company's virtues by improving their public image. This will make their restaurants desirable. This can also be done if the restaurants will make sure <u>to know what the popular dishes are in the local area.</u> For example, if the people prefer "halal" food, then they'll be preparing halal foods as well. This is an ethical way of respecting the people's preference in the area.
So, this explains the answers.
Answer:
The correct answer is: No, it may not decrease the humanity of production in organizations.
Explanation:
To begin with, the term known as <em>''humanity of production'' </em>refers to that human element that gives to the company its capability of leadership and other human abilities. Moreover, when it comes to the big data analytics those programs would not decrease the humanity of production because in order to create all those programs and in order to read all the information that those programs give and to use it and implement there will be a need of using human capital to complete the whole objective. So therefore that human will be as need as machines.
Answer:
The yield to maturity is 9.127%
Explanation:
The yield to maturity is the yield or return on the bond as a percentage of its current price in the market. The formula to calculate the yield to maturity is:
YTM = C + {(F - P) / n} / {(F + P) / 2}
Where,
- C is the coupon payment / interest payment on the bond
- F is the face value of the bond
- P is the current market price of the bond
- n is the years to maturity
The coupon payment = 1000 * 0.113 = 113 per year
So, YTM = 113 + {(1000 - 1127.3) / 8} / {(1000 + 1127.3) / 2}
YTM = 0.09127 or 9.127%
