Match the graphs in figure 1 to the four scenarios listed below 19. If player talent...

  

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Match the graphs in figure 1 to the four scenarios listed below 19. If player talent is the same price for all teams (players can have different talent levels), which graph most likely represents wins as a function of cost? 20. In figure 1, which graph would most likely be winning percentage as a function of talent? 21. Which graph could be a cost function where marginal cost is constant? 22. Which function could represent ticket sales as a function of winning percentage? (Using the example of the 1930s Yankees from class.) (a) (d) Figure 1 (b) (c) Match the graphs in figure 1 to the four scenarios listed below 19. If player talent is the same price for all teams (players can have different talent levels), which graph most likely represents wins as a function of cost? 20. In figure 1, which graph would most likely be winning percentage as a function of talent? 21. Which graph could be a cost function where marginal cost is constant? 22. Which function could represent ticket sales as a function of winning percentage? (Using the example of the 1930s Yankees from class.) (a) (d) Figure 1 (b) (c)