Consider a 1.36-kg solid spherical aluminum with a cylindrical hole. It is supported by an insulating base. Initially, it has a temperature of 235°C. Then a 85.0-g water at a temperature of 24.5°C is...

Consider a 1.36-kg solid spherical aluminum with a cylindrical hole. It is supported by an insulating base. Initially, it has a temperature of 235°C. Then a 85.0-g water at a temperature of 24.5°C is poured filling the cylindrical hole. (a) How much water will be left in the hole after the temperature of the aluminum-water⁹ system stabilizes? (b) What will be the final temperature of the system?