A five-year project requires an investment of -138 and has the following cash flows in years 1 through 5 , respectively (all cash flows in dollars): 195,34,233,37, and 128 . Without actually calculating any lRR, what is the maximum possible value any of the real IRRs could have? (iive your answer as a pereent with two decimals; c.g., 23.24 (Acecplable crror =0.5%) QUESTION 14 A four-year project requires an investment of -152 and has the following cash flows in years 1 through 4, respectively (all cash flows in dollars): 126,249,158, and 118. Without actually calculating any IRR, what is the minimum possible value any of the real IRRs could have? Give your answer as a percent with two decimals; e.g., 23.24 (Acceptable error =0.5%) A five-year project requires an investment of -138 and has the following cash flows in years 1 through 5 , respectively (all cash flows in dollars): 195,34,233,37, and 128 . Without actually calculating any lRR, what is the maximum possible value any of the real IRRs could have? (iive your answer as a pereent with two decimals; c.g., 23.24 (Acecplable crror =0.5%) QUESTION 14 A four-year project requires an investment of -152 and has the following cash flows in years 1 through 4, respectively (all cash flows in dollars): 126,249,158, and 118. Without actually calculating any IRR, what is the minimum possible value any of the real IRRs could have? Give your answer as a percent with two decimals; e.g., 23.24 (Acceptable error =0.5%)