The answer to the question is shown below:
The two major task that must be mastered in early adulthood, according to Levinson are the following:
1. The developing of life structure, a stable life structure
2. Exploring the possibilities and chances for adult living
Answer:
The role of project managers is vital for the succcess or failure of project.
Explanation:
The success of projects concentrates on developing key business metrics. However, sometimes development programs are still unsuccessful. There are a number of reasons why these initiatives fail such as lack of funding, weak measurements, lack of coordination among team members, and decisions based on speculations instead of evidence and facts. Such types of issues make it much more difficult for project managers to establish credibility for future projects. Ultimately, the accomplishment or effectiveness of the strategy concentrates entirely on the shoulders of the project manager, and he or she is held responsible for the final outcome.
Answer:
The correct answer is letter "D": Price will increase, and quantity will increase.
Explanation:
If a natural disaster cuts the supply for water in a region, bottled water will face an <em>increase in its quantity demanded</em> as a substitute. Besides, due to scarcity, the bottled water is likely to face an increase in its price, thus, the <em>equilibrium price of bottled water increases</em>.
Answer:
A. 0.684
Explanation:
A seasonal index refers to an index that is used to compare the value for a particular period with the average value of all periods.
The purpose of using a seasonal index is to show the relationship between the two values, and the degree to which the two values are different.
The seasonal index can be calculated as the latest value for a period divided by the average of all periods. Therefore, we have:
Seasonal index for July = Latest value for July / Average demand over all months = 130 / 190 = 0.684.
Therefore, he approximate seasonal index for July is 0.684.
Answer:
PMT = $95,000
Rate = 4%
Life = 8 years
a. Amount to be deposited today
= PV(Rate, N, -PMT)
= PV(4%, 8, -95,000)
= $639,610.76
b. Amount in account after 3rd withdrawal
= PV(Rate, N, -PMT)
= PV(4%, 5, -95,000)
= $422,913.12
c. Balance in account after 8th withdrawal
= = PV(Rate, N, -PMT)
= PV(4%, 0, -95,000)
= $0
d. How much would you have at the end of 8 years?
= FV(4%, 8, -639610.76)
= $875,351.49
