26 Dec 2007 15:29:14 IST
heat given out by 200g of steam to be converted to water = 108000 cal
now heat reqd for the water present in the calorimeter to reach the temp of 100 deg from 0 degree (since it is a water ice mixture, its temp is at 0 degree) = 250 x 1x 100 = 25000 cal
heat reqd for the calorimeter to reach the temp of 100 deg= 50 x 100= 5000 cal
heat reqd for the ice to melt = 200 x 80 = 16000 cal
heat reqd by the melted ice ( which is the water) to reach
the temperature of 100 deg = 200 x 1 x 100= 20000 cal
so total heat reqd by the calorimeter along with the water ice mixture to reach the temp of 100 deg = 25000 + 5000 + 16000 + 20000 = 66000 cal, which is less than the heat supplied by the condensation of 200 g of steam. so only a part of the steam wil condense which will supply 66000 cal of heat reqd for the above processes.the final temperature of the mixture will be 100 degree celsius, and the mixture will be composed of water and steam at 100 degree celsius.
now heat reqd for the water present in the calorimeter to reach the temp of 100 deg from 0 degree (since it is a water ice mixture, its temp is at 0 degree) = 250 x 1x 100 = 25000 cal
heat reqd for the calorimeter to reach the temp of 100 deg= 50 x 100= 5000 cal
heat reqd for the ice to melt = 200 x 80 = 16000 cal
heat reqd by the melted ice ( which is the water) to reach
the temperature of 100 deg = 200 x 1 x 100= 20000 cal
so total heat reqd by the calorimeter along with the water ice mixture to reach the temp of 100 deg = 25000 + 5000 + 16000 + 20000 = 66000 cal, which is less than the heat supplied by the condensation of 200 g of steam. so only a part of the steam wil condense which will supply 66000 cal of heat reqd for the above processes.the final temperature of the mixture will be 100 degree celsius, and the mixture will be composed of water and steam at 100 degree celsius.