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(Crime and Police), Here is a version of a model presented by a Nobel Price winner Gary Becker, to analyze crime enforcement. The game has two players. Criminal (player 1) and Police (Player 2). Criminal chooses a level of crime y 0 and Police chooses a level of law enforcement, x 0. The Police's payoff is -xc4 - y2/x, where c represents cost of law enforcement, and the second term is the negative effect of crime of society. Criminal's payoff is , where stands for the benefit of comitting crime, whereas 1/1 + xy is, roughly, the probability of evading capture. Write down the first order conditions that define the best response functions and write down the best response functions (Best response function for player 1 specifies what is his best response as a function of action chosen by player 2. and vice versa). Graph the best response functions. Find the Nash Equilibrium of this game. What happens with the levels of law enforcement and crime (in Nash Equilibrium) when the cost of law enforcement c goes up?
Suppose that the average total cost (ATC) of producing 8 units is less than the average total cost of producing 9 units. What can we say about marginal costs (MC) in relation to ATC?
Consider a couple's decision about how many children to have.Assume that over a lifetime a couple has 200000 hours of time either work or raise children.The wage is RM10 per hour.Raising a child takes 20000 hours of time.
Elucidate how many additional watches can be produced by an extra hour of labor.
Given the demand and cost conditions, what price, output and profits result in the short run? What will happen as the firm moves from the short to the long run
Suppose that in an hour Chip can gather 8 pounds of fruit or 4 pounds of nuts. In an hour, Monk can gather 9 pounds of fruit or 3 pounds of nuts. Who should specialize in gathering nuts? Monk or Chip? both? or neither?
Suppose the inverse demand for an industry was given by P = 60 - 0.03Q. What price results from perfect competition in this market? How many units are sold in this market?
Are the assumptions the same as under a simple linear regression. What does TSLS imply about the data if a strong F is found.
Illustrate what is the slope of the budget line for apples and bananas if apples were graphed on the horizontal axis and bananas were graphed on the vertical axis.
Ordinary least- squares method or the two- satge least squares method for estimating industry demand for rutabagas.
Stanley's profit-maximizing output, price, and profit if he were allowed to set his own price instead of having to charge $0.80.
What would be benefits of action. What would be costs. How would you decide what was best level of emission reduction. Why do you think your approach would be better than others.
Illustrate who benefits more from a transaction of the good or service, the buyer or the seller. Generally speaking, why do people enter into trade.
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