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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We are given with two functions: f(x) = 6x + 13 and g(x) = 4x + 18. We are given with h(x) which is associated with f(x) + g(x). The sum of 6x + 13 + 4x + 18 equal to 10x + 31 indicating Bob will make more money working alone or by teaming with Susie. The answer hence to this problem is C. h(x) = 10x + 31, team with Susie
Answer: D) Project A is better than project B for this company at this point in time.
Explanation:
Option D is the best option because we do not know that the basis for the scoring model directly translates to earnings. The scoring of Project A at 30 does not necessarily mean that it's expected to earn those amounts of revenue and therefore triple that of Project C. We do not know because the information is not complete.
What we do know is that A has the highest score out of all projects and this is why it is better to do Project A as opposed to Project B.
Answer:
Cost to retail ratio = 57.05%
Explanation:
Particulars Cost Retail
Beginning Inventory $46,000 $66,000
Add: Purchases $213,000 $406,000
Less: Purchases Return $7,000 $9,000
Freight In $15,558 -
Net Markups - $6,400
Good Avail. for Sales (Without markdowns) $267,558 $469,000
Cost to retail ratio = $267,558/$469,000
Cost to retail ratio = 0.570486
Cost to retail ratio = 57.05%
Answer:
Annual contributions to the retirement fund will be $6,347.31
Explanation:
First find the Present Value of the Annuity giving payments of $32,000 annually for 25 years at the rate of 10%.
Using a Financial Calculator enter the following data
PMT = $32,000
P/y = 1
N = 25
R = 10%
FV = 0
Thus, the Present Value, PV is $290,465.28
At the time of retirement (in 20 years time) the Value of the annuity fund is $290,465.28.
Next we need to find the Payments PMT to reach this amount in 20 years time at the interest rate of 8%
Using a Financial Calculator enter the following data
FV = $290,465.28
N = 20
R = 8 %
PV = $0
Thus, the Payments, PMT required will be $6,347.3080
Conclusion :
Annual contributions to the retirement fund will be $6,347.31