a. Assume that your utility function for the payoffs is U(x)=sqrt(x). Plot the expected utility of each decision alternative versus the value of p on the same graph. For each decision alternative, find the range of values of p over which this alternative maximizes the expected utility.
A ,b. Now assume that your utility function is the exponential utility function with a risk tolerance of R=50. Use Analytic Solver to construct and solve the resulting decision tree in turn for p=0.25,p= 0.5 , and p=0.75.
a. Assume that your utility function for the payoffs is U(x)= x.Plot the expected utility of each deci- sion alternative versus the value of p on the same graph. For each decision alternative, find the range of values of p over which this alternative maximizes the expected utility.
A
b. Now assume that your utility function is the expo- nential utility function with a risk tolerance of R = 50. Use Analytic Solver to construct and solve the resulting decision tree in turn for p=0.25,p= 0.5,and p=0.75.