Answer: resistance to change
Explanation:
From the question, we are informed that InSeason Inc. started a chain of organic supermarkets that had initial success and that the managers achieved a mastery of the firm's current environment, thereby filling a need in the market.
We are further told that InSeason defined and measured it success by financial metrics, with a focus on short-term performance and that as a result, the firm put in place metrics and systems to accommodate and manage increasing firm size due to continued success.
As a result of this tightly coupled system, InSeason developed a resistance to change. Resistance to change could be as a result of fear of failure by the company.
The portfolio beta would simply be the summation of the
weighted average of each beta.
Where weighted average of each beta is calculated as:
Stock weighted average = Stock proportion * Individual
beta
Therefore,
Stock A beta weighted average = 0.2 * 0.4 = 0.08
Stock B beta weighted average = 0.3 * 1.2 = 0.36
Stock C beta weighted average = 0.25 * 2.5 = 0.625
Stock D beta weighted average = 0.25 * 1.75 = 0.4375
The summation of all betas yield the overall portfolio
beta:
Portfolio beta = 0.08 + 0.36 + 0.625 + 0.4375
<span>Portfolio beta = 1.5025 ~ 1.5</span>
Answer: Bank B is the better investment. In 10 years, her $2,000 will grow to $4,317.85, and with bank A, her $2,000 will grow to $3,700.
Explanation:
Bank A was offering 8.5% simple interest. $2000 with 8.5% simple interest. = A = P(1 + rt)
A = 2000(1+(0.085*10))
= 2000(1+0.85)
= 2000(1.85)
= 3,700
Bank B was offering 8% compounded annually
= A = P(1+r/n)^nt
A= 2000(1+8%/1)^1*10
A= 2000(1+0.08)^10
A= 2000(1.08)^10
A= 2000*2.1589
= 4,317.85
Answer:
Correct option is 'It is through studying and testing of different work methods to identify the best, most efficient way to complete a job'
Explanation:
Scientific management refers to employing different methods or workflows to improve labor work efficiency, thereby achieve organizational objectives in a efficient way.
Application of scientific methods to improve efficiency proved highly beneficial. One of the methods was to break down big tasks into smaller and simpler tasks and dividing the tasks among the labor as per their skills. This ensured quality work.
