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Let's assume we have 100 people who can live in either Alpha or Omega. Two equations that represent what we talked about in Part One
Let's assume we have 100 people who can live in either Alpha or Omega.
Two equations that represent what we talked about in Part One
The per person return when there are between 0 and 40 people living in a city is equal to 20 times x, where x is the number of people living in the city.
But when there are more than 40 people living in a city then the return per person is equal to 1,200 - .5(20 times x) where x is the number of people living in the city.
- If there are 10 people living in Alpha then the equation tells me that the return is 200 and if one more person moves to Alpha then the return goes to 220. Am I correct in believing that the return shows the total return of all the people living in the city? In other words, when 10 people live in Alpha each has a return of 20 for a total return of 200 and then when 11 people live in Alpha the total return is 220 and each person receives a return of 20?
- Okay, I understand now what the number represents. What would be a story that would illustrate why the return per person goes up when more people move into a city?
- Which line segments represent Alpha and which represent Omega?
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