A 10 kg block of ice has a temperature of -8°C. The pressure is one atmosphere. The block absorbs 4.17 x10^6 J of heat. What is the final temperature of the liquid water?
4184= specific heat of water
2000=specific heat of ice
333.5=latent heat of fusion
The Attempt at a Solution
Q_1=160,000J of energy was needed to raise the temperature to 0 degrees Celsius
Q_2=3335J of energy needed to change ice to water.
160,000J+3335J=163,335J of energy used.
4,170,000J-163,335J= 4,006,665J of energy left
95.761 degrees Celsius should be the final temperature according to my calculations.
I'm fairly sure the process is right, my money is there is something wrong with a coefficient, but I can't figure it out.