2) Assume you start with at 2.00 kg block of ice at -13.0 degC. How much heat is required to vaporize only HALF of the s

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2 Assume You Start With At 2 00 Kg Block Of Ice At 13 0 Degc How Much Heat Is Required To Vaporize Only Half Of The S 1 (31.51 KiB) Viewed 9 times

2) Assume you start with at 2.00 kg block of ice at -13.0 degC. How much heat is required to vaporize only HALF of the sample (but boil the whole thing)? Latent heat of fusion, vaporization = 334 kJ/kg and 2260 kJ/kg. Specific heat of ice, water, steam = 2110 and 4190 and 2010 J/(kg-K) Break the process down into the following steps: a) First draw a Heat vs. Temp diagram and label the different stages in this process. (2pts) b) Find the heat required to warm the ice to 0 degC? (2pts) c) Find the heat required to melt the ice to water at 0 degC? (2pts) d) Find the heat required to heat the water to 100 degC? (2pts) e) Find the heat required to vaporize half the sample? (2pts) f) What is the sum of these heats? (1 pt).