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17.1 kg water in the pond turns to ice in that he 2. a). How much energy is given to your body when 0.4 kg of steam condenses on your skin? b). If the same amount of energy were used to warm 4 kg of water( which is ten times the amount of steam) initially at 0 deg Celsius, what would be the final temperature of the water in deg C and c) in deg F? * 3. The heat of vaporization of ethyl alcohol is 8.5 x 10^5 J/kg. If 2 kg of it od 07 were allowed to vaporize in a refrigerator, how much energy would be drawn from the air molecules? *

17.1 kg water in the pond turns to ice in that he 2. a). How much energy is given to your body when 0.4 kg of steam condenses on your skin? b). If the same amount of energy were used to warm 4 kg of water( which is ten times the amount of steam) initially at 0 deg Celsius, what would be the final temperature of the water in deg C and c) in deg F? * 3. The heat of vaporization of ethyl alcohol is 8.5 x 10^5 J/kg. If 2 kg of it od 07 were allowed to vaporize in a refrigerator, how much energy would be drawn from the air molecules? *

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17.1 kg water in the pond turns to ice in that he 2. a). How much energy is given to your body when 0.4 kg of steam condenses on your skin? b). If the same amount of energy were used to warm 4 kg of water( which is ten times the amount of steam) initially at 0 deg Celsius, what would be the final temperature of the water in deg C and c) in deg F? * 3. The heat of vaporization of ethyl alcohol is 8.5 x 10^5 J/kg. If 2 kg of it od 07 were allowed to vaporize in a refrigerator, how much energy would be drawn from the air molecules? *
Transcribed Image Text:17.1 kg water in the pond turns to ice in that he 2. a). How much energy is given to your body when 0.4 kg of steam condenses on your skin? b). If the same amount of energy were used to warm 4 kg of water( which is ten times the amount of steam) initially at 0 deg Celsius, what would be the final temperature of the water in deg C and c) in deg F? * 3. The heat of vaporization of ethyl alcohol is 8.5 x 10^5 J/kg. If 2 kg of it od 07 were allowed to vaporize in a refrigerator, how much energy would be drawn from the air molecules? *
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