Use this information to answer questions 31- 34. Suppose BearKat Enterprises management team decides to do a scenario analysis. They want you to calculate the expected NPV, standard deviation, and coefficient of variation for a new project. (These are not the NPV's that you calculated earlier). They give you the following data: Best case has a 25% probability and has an NPV of $32 M. Base case has a 50% probability and has an NPV of $11M. Worst case has a 25% probability and has an NPV of -$37M. . . Use the information given for part V; Scenario analysis. What is the expected NPV of this project? A. $4.25M B. $6.85M C. $14.53M D. $20.76M QUESTION 32 Use the information given for part V; Scenario analysis. What is the standard deviation of the NPVs of this project? A. $21.6M OB. $25.31M C. D.$38.14M $27.08M QUESTION 33 Use the information given for part V; Scenario analysis. What is the coefficient of variation of the NPVs of this project? A. 2.25 B.3.22 C.4.02 D.5.96 Use this information to answer questions 31- 34. Suppose BearKat Enterprises management team decides to do a scenario analysis. They want you to calculate the expected NPV, standard deviation, and coefficient of variation for a new project. (These are not the NPV's that you calculated earlier). They give you the following data: Best case has a 25% probability and has an NPV of $32 M. Base case has a 50% probability and has an NPV of $11M. Worst case has a 25% probability and has an NPV of -$37M. . . Use the information given for part V; Scenario analysis. What is the expected NPV of this project? A. $4.25M B. $6.85M C. $14.53M D. $20.76M QUESTION 32 Use the information given for part V; Scenario analysis. What is the standard deviation of the NPVs of this project? A. $21.6M OB. $25.31M C. D.$38.14M $27.08M QUESTION 33 Use the information given for part V; Scenario analysis. What is the coefficient of variation of the NPVs of this project? A. 2.25 B.3.22 C.4.02 D.5.96