An ice cube tray full of ice (125 g) at -5C is allowed to warm up to room temperature (22C). How much energy must be absorbed by the solid ice to reach this room temperature. For water: Heat of fusion = 334 J/g, Heat of vaporization = 2260 J/g, Heat capacity of solid water = 2.10 J/gC, Heat capacity of liquid water = 4.18J/gC.
NOTE: This problem is a three part problem. You must show all work

Question

An ice cube tray full of ice (125 g) at -5C is allowed to warm up to room temperature (22C). How much energy must be absorbed by the solid ice to reach this room temperature. For water: Heat of fusion = 334 J/g, Heat of vaporization = 2260 J/g, Heat capacity of solid water = 2.10 J/gC, Heat capacity of liquid water = 4.18J/gC.
 NOTE: This problem is a three part problem. You must show all work

anonymous · Answer

can someone solve this for me I have no idea how to do it