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6.125 A 175-g pipe is heated to 78.24°C. The pipe is then placed at transferred out of the water, what is the specific heat of the in 100.0 g of water held in a calorimeter at 25.00°C. The final temperature of the mixture is 33.43°C. The specific heat of water is 4.184 J/(g °C). Assuming no heat is pipe? Using Table 6.2, determine what the pipe could he made of.

6.125 A 175-g pipe is heated to 78.24°C. The pipe is then placed at transferred out of the water, what is the specific heat of the in 100.0 g of water held in a calorimeter at 25.00°C. The final temperature of the mixture is 33.43°C. The specific heat of water is 4.184 J/(g °C). Assuming no heat is pipe? Using Table 6.2, determine what the pipe could he made of.

Chemistry by OpenStax (2015-05-04)
Chemistry by OpenStax (2015-05-04)
1st Edition
ISBN:9781938168390
Author:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Publisher:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Chapter5: Thermochemistry
Section: Chapter Questions
Problem 12E: An aluminum kettle weighs 1.05 kg. (a) What is the heat capacity of the kettle? (b) How much heat is...
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increase; you need 10.0 cal or 41.8 J. Some representative values of specific heat for 10.0°C? You need 10.0 times as much heat for a 10.0°C increase than for a 1.00°C e change. How much energy will increase the temperature of a 1.00-g sample by e of that substance we have, the more heat we need to add for the same tempera- nich try ad 2.00 cal or 8.37 J of heat. The water and want 10 the crust to increase greater tempera factor i cheese a heat fa the y? Specific Heat Specific Heat J/(g °C) cal/(g °C) Substance J/(g °C) cal/(g °C) Substance 0.214 0.895 ne e. water(s) 2.027 0.484 aluminum(s) 0.121 0.508 water(I) 4.184 1.000 carbon (diamond) 0.169 0.708 water(g) 2.015 0.482 carbon (graphite) 0.157 0.656 asphalt 0.920 0.220 calcium(s) 0.108 0.450 bone 0.440 0.105 chromium(s) 0.0900 0.377 brick 0.84 0.20 соpper(s) 0.0310 0.129 cheddar cheese 2.60 0.621 gold(s) 0.214 0.0510 0o concrete 0.88 0.21 iodine(s) 0.448 0.107 glass 0.84 0.20 iron(s) 0.129 0.0310 granite 0.79 0.19 lead(s) 0.140 0.0335 marble 0.86 0.21 mercury(1) 0.234 0.0560 olive oil 1.79 0.428 silver(s) 0.0530 sand 0.835 0.200 0.222 tin(s) strawberries 3.89 0.930 0.117 0.0280 uranium(s) 2.89 0.69 wax
Transcribed Image Text:increase; you need 10.0 cal or 41.8 J. Some representative values of specific heat for 10.0°C? You need 10.0 times as much heat for a 10.0°C increase than for a 1.00°C e change. How much energy will increase the temperature of a 1.00-g sample by e of that substance we have, the more heat we need to add for the same tempera- nich try ad 2.00 cal or 8.37 J of heat. The water and want 10 the crust to increase greater tempera factor i cheese a heat fa the y? Specific Heat Specific Heat J/(g °C) cal/(g °C) Substance J/(g °C) cal/(g °C) Substance 0.214 0.895 ne e. water(s) 2.027 0.484 aluminum(s) 0.121 0.508 water(I) 4.184 1.000 carbon (diamond) 0.169 0.708 water(g) 2.015 0.482 carbon (graphite) 0.157 0.656 asphalt 0.920 0.220 calcium(s) 0.108 0.450 bone 0.440 0.105 chromium(s) 0.0900 0.377 brick 0.84 0.20 соpper(s) 0.0310 0.129 cheddar cheese 2.60 0.621 gold(s) 0.214 0.0510 0o concrete 0.88 0.21 iodine(s) 0.448 0.107 glass 0.84 0.20 iron(s) 0.129 0.0310 granite 0.79 0.19 lead(s) 0.140 0.0335 marble 0.86 0.21 mercury(1) 0.234 0.0560 olive oil 1.79 0.428 silver(s) 0.0530 sand 0.835 0.200 0.222 tin(s) strawberries 3.89 0.930 0.117 0.0280 uranium(s) 2.89 0.69 wax
at transferred out of the water, what is the specific heat of the final temperature of the mixture is 33.43°C. The specific 6.125 A 175-g pipe is heated to 78.24°C. The pipe is then placed in 100.0 g of water held in a calorimeter at 25.00°C. The ct with heat of water is 4.184 J/(g °C). Assuming no heat is transferred out of the water, what is the specific heat of th s the pipe? Using Table 6.2, determine what the pipe conld be to made of. sl
Transcribed Image Text:at transferred out of the water, what is the specific heat of the final temperature of the mixture is 33.43°C. The specific 6.125 A 175-g pipe is heated to 78.24°C. The pipe is then placed in 100.0 g of water held in a calorimeter at 25.00°C. The ct with heat of water is 4.184 J/(g °C). Assuming no heat is transferred out of the water, what is the specific heat of th s the pipe? Using Table 6.2, determine what the pipe conld be to made of. sl
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