Pension information: Current salary Years until retirement Annual compensation increases Discount rate Benefit $40,000 3 5% 10% 2% Required: Construct the pension table. (10 marks). Question #2. 20 marks (a) Consider a risky project D with an outcome $4 with a probability of 60% and $16 with a probability of 40%. Compute EV, the expected value of D. (4 mark) = (b) Mr. Ralph wishes to invest in D. Mr. Ralph has a utility function given by U(x) 0.25x2 + 10. Compute CE for Mr. Ralph. Is Mr. Ralph risk-averse, risk-neutral, or risk-loving, given his CE? Explain. (8 marks) = (c) 10vx. Compute Mrs. Ralph also wishes to invest in D. Mrs. Ralph has a utility function given by U(x) CE for Mrs. Ralph. Is Mrs. Ralph risk-averse, risk-neutral, or risk-loving, given her CE? Explain. (8 marks) Pension information: Current salary Years until retirement Annual compensation increases Discount rate Benefit $40,000 3 5% 10% 2% Required: Construct the pension table. (10 marks). Question #2. 20 marks (a) Consider a risky project D with an outcome $4 with a probability of 60% and $16 with a probability of 40%. Compute EV, the expected value of D. (4 mark) = (b) Mr. Ralph wishes to invest in D. Mr. Ralph has a utility function given by U(x) 0.25x2 + 10. Compute CE for Mr. Ralph. Is Mr. Ralph risk-averse, risk-neutral, or risk-loving, given his CE? Explain. (8 marks) = (c) 10vx. Compute Mrs. Ralph also wishes to invest in D. Mrs. Ralph has a utility function given by U(x) CE for Mrs. Ralph. Is Mrs. Ralph risk-averse, risk-neutral, or risk-loving, given her CE? Explain. (8 marks)