Using the Becker Model of Crime together with the following information, what is the expected utility of crime?Utility from successful crime = $600Utility from failed crime = $-1000Probability of getting caught = 25%

Becca plays a game in which she can purchase a ticket. Each ticket has several chances, or "catches," to win money.The table below shows the probability of winning at each stage, and how much money the ticket can win at each catch. Every time Becca plays the game, her ticket is played through each catch, which means she can win money at each stage.Catch Probability WinningsCatch 0 40% $1Catch 1 45% $5Catch 2 12% $10Catch 3 3% $25Given the probabilities and payout values in this table, what is the expected value of Becca's ticket?a.)$4.60b.)$1.20c.)$10.25d.)$41.00

Using the Becker Model, why did Walter White become a criminal drug lord?Group of answer choicesHis dis-utility of getting caught was lowerHis probability of getting caught went downHe is bored being a chemistry teacherHis salary as a teacher went down

Your utility function is u(c) = √c where c is consumption. Your income is W = $40, 000. With probability p = 0.05 you get sick and have medical expenses of δ = $30, 000. (a) What is your expected utility without insurance?

Distribution of criminal activity by category of crime for country x in 1990 and projected for 2000.Criminal population : 10 million

Consider Bob's decision problem:  Sunny Cloudy RainyBeach 2 3 2Park 3 3 2Mall -1 2 xSuppose the probability of Sunny is 0.25, the probability of Cloudy is 0.25, and the probability of Rainy is 0.5. What is the smallest value of x for which Mall is an expected utility maximiser (that is, Mall is at least the equal-best choice)?