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You are storing radioactive waste in a cylindrical container made of stainless steel (kss= 15W/mK ). The inner diameter of the container is 0.5m, the thickness is 0.12m, and the length is 1m. The waste material generates heat uniformly with a rate of 105W/m3. The cylinder is placed in water at T=20C and h=1000W/m2K. The radioactive waste has a thermal conductivity of 20W/mK. a. Calculate the temperature of the outside and inside of the steel. b. Calculate the maximum temperature. Where does this occur? c. You don't want the temperature to exceed 550C. One way to control this is to change the heat transfer coefficient. What heat transfer coefficient would ensure that the max temperature doesn't exceed 550C