A 0.25 x 0.3 m can is placed in an autoclave at a temperature of 135 C. The initial temperature of the can is 45'C and the can heats up for 34 minutes. Calculate the final temperature of the coldest point of the can, assuming that most of the heating is due to conduction. Consider: The thermal conductivity of the product is 1800 W/m "C, its density of 859 Kg/m^3, the specific heat of 6.5 KJ/Kg "C and the convectionfficient of heat transfer towards the surface of the can is 800 W/m2 C. a = 0.04 m2/hCalculate the final temperature of the coldest point of the can, assuming that most of the heating is due to conduction. Consider: The thermal conductivity of the product is 1800 W/m "C, its density of 859 Kg/m^3, the specific heat of 6.5 KJ/Kg "C and the convectionfficient of heat transfer towards the surface of the can is 800 W/m2 "C. a = 0.04 m2/h