What Happens When Ice Meets Steam?

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SUMMARY

The discussion centers on the thermodynamic interaction between 1 kg of ice at 0 degrees Celsius and 1 kg of steam at 100 degrees Celsius. Using the specific latent heat of fusion (334,000 J/kg) and the specific latent heat of vaporization (2,260,000 J/kg), the final temperature and state of the mixture can be calculated. The heat lost by the steam will equal the heat gained by the ice, leading to a final temperature of 100 degrees Celsius with the mixture consisting of water and steam.

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phyter
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Excuse me, I have a question about heat.

1kg of 0 degree celsius ice is mixed with 1kg of 100 degree celsius vapour, what is the final temperature? What is the state of the mixture?
[specific latent heat of fusion=334000J/kg
specific latent heat of vapourization=2260000J/kg
specific heat capacity of water=4200J/kg]
Use the information above if necessary, you can also use the information which is not provided above(eg. specific heat capacity of ice, specific heat capacity of vapour etc.)
 
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Please consider the following equation:

mass of water * c of water * change of temperature of water = mass of water * c of water * change of temperature of water + mass of ice * specific latent heat of fusion
 

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