Answer:
the marginal revenue product of baseball players is greater than the marginal revenue product of college professors.
Explanation:
Baseball players are responsible for a baseball teams' revenues, and they add up billions of dollars per year. For example, Max Scherzer sells jerseys, caps and other merchandise for millions of dollars, and his team winning the World Series this year increases the team's revenue greatly. Sometimes even without winning a championship some players still generate lots of revenue.
An individual's salary should be proportional to the revenue that they generate. Colleges have huge amounts of revenue, and college professors are responsible for a large portion of it.
The problem hear is that there are a lot of college professors and assistants, and the revenue must be split between many people. For example, Harvard University's revenue is about $5.5 billion per year, but it has over 16,000 employees (including about 2,400 professors).
Answer:
Stock Price is $98.70
Explanation:
given data
exercise price = $100 per share
call price = $25 per share
put price = $17 per share
mature time = 2 years
annual rate of interest = 5%
to find out
What is the stock price today
solution
we will use here Put Call Parity for find out Stock Price that is express as
C + 
= S + P .....................1
here C is call price and r is rate and t is time and S is Stock Price and P is put price so put all value in equation 1
C + = S + P
25 + 
= S + 17
solve it we get
P = $98.70
so Stock Price is $98.70
Answer:
2030
Explanation:
The computation of the total number of new generators including this year is shown below
Given that
(A) = 100
Common Ratio (r) = 1.15
n = 10
Now
Sum of 10 terms Sn is
= A × (r n - 1) ÷ (r - 1)
= 100 × (1.1510 - 1) ÷ (1.15 - 1)
= 100 × 3.0456 ÷ 0.15
= 2030
We simply applied the above formula so that the total number of new generators could come
Answer:
The answers are:
A) 25.23 million people
B) 70.28%
C) 4.92 million people
D) 19.50%
Explanation:
Laborland's total labor force can be calculated by adding those who are employed and those who are unemployed but were searching for a job during the last month.
- 4.6 million (part-time employed) + 15.71 million (full-time employed) + 3.2 million (looked for a job two weeks ago) + 1.72 million (looked for a job between two and four weeks ago) = 25.23 million people
Laborland's labor force participation rate can be calculated by dividing the labor force by the total population.
- (25.23 million / 35.9 million) x 100% = 70.28%
Laborland's total unemployed can be calculated by adding the number of people without a job that searched for a job during the last month.
- 3.2 million + 1.72 million = 4.92 million people
Laborland's unemployment rate can be calculated by dividing the total number of unemployed people by the total work force.
- (4.92 million / 25.23 million) x 100% = 19.50%
Answer:
d) 420
Explanation:
In three-year weighted moving average with weights of 0.5, 0.3, and 0.2, the forecast can be calculated using the following formula
Forecast(This year) = 0.5*Demand(last year) + 0.3*Demand(2 years ago) + 0.2*Demand(3 years ago)
Forecast(This year) = 0.5*300 + 0.3*500 + 0.2*600
Forecast(This year) = 150 + 150 + 120
Forecast(This year) = 420
