LeBron James is one of the best basketball players in the country, was selected by the Cleveland Cavaliers as the first pick in the 2003 NBA draft, signing a three-year contract worth almost $13 million, with an option for a fourth year at $5.8 million. Had he decided to attend college instead, James would have incurred an opportunity cost of at least $19 million in forgone income to earn a four-year college degree.
Opportunity cost is the value you would gain or lose if you choose a different path or solution. The opportunity cost in this scenario is deciding to play in the NBA since college was too expensive. LeBron James ultimately saved time and money by taking the detour because he received a contract worth close to $13 million; otherwise, he would have had to pay more and spend more time attending a four-year college.
LeBron's decision to join the NBA right after high school graduation has an opportunity cost because he might have attended a four-year university or college instead. He was chosen by the Cleveland Cavaliers as the first overall choice in the 2003 NBA Draft
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Industrialized former colonial states that dominate the world economic system: Core Countries
Answer:
Neither
Explanation:
The internal rate of return is a capital budgeting method that is used to determine the profitability of a project.
Internal rate of return is the discount rate that equates the after-tax cash flows from an investment to the amount invested
The decision rule when using the internal rate of return is to undertake the project if the internal rate of return is greater than the required return of the project. If this is not met, the project should be rejected.
If choosing between multiple projects, the decision rule is to choose the projects with the highest internal rate of return. This is because that project would be the most profitable.
Neither of the project should be selected because the IRR of both projects is less than their required returns
Answer:
the re-order point is 97.17
Explanation:
The computation of the re-order point is given below:
Re-order point is
= (Daily demand × Lead time) + (Z × Standard deviation × Sqrt(Lead time)
= (25 × 3) + (1.28 × 10 × Sqrt(3))
= 97.17
hence, the re-order point is 97.17
The same is to be considered and relevant too
<span>a growing number of remote locations</span>
