I have a bucket of ice water with 100 grams of ice and 900 grams of liquid water all at zero degrees Celcius. I throw a hot chunk of iron into it (after which no heat enters or escapes the system), and the final temperature is 100 degrees Celcius with the ice has melted and some of the water actually boiling. The mass of the iron is 362 grams and its initial temperature is 9,366 degrees Celcius. How many grams of water actually boil? The specific heat of water is 4.2 J/g/deg.            The specific heat of iron is 0.46 J/g/deg. The heat of fusion of water is 340 J/g. The heat of the Vaporization of water is 2300 J/g.

I have a bucket of ice water with 100 grams of ice and 900 grams of liquid water all at zero degrees Celcius. I throw a hot chunk of iron into it (after which no heat enters or escapes the system), and the final temperature is 100 degrees Celcius with the ice has melted and some of the water actually boiling. The mass of the iron is 362 grams and its initial temperature is 9,366 degrees Celcius. How many grams of water actually boil? The specific heat of water is 4.2 J/g/deg.            The specific heat of iron is 0.46 J/g/deg. The heat of fusion of water is 340 J/g. The heat of the Vaporization of water is 2300 J/g.