Calculate the specific heat of solution in Joules for dissolving 8.00 g of NH4NO3 in 100mL water by using the following equation: 0=qrxn + qsoln. Given: mass of calorimeter cup:2.96g Given: mass of water and calorimeter cup: 102.63g Given: mass of ammonium nitrate: 8.02g given : initial temperature of water :22.1 Celsius Given: Delta T: 6.1 Celsius Given: the coffe cup calorimeter absorbs no heat so qcal is negligible. Given: The specific heat of the solution is the same as pure water which is 4.184J/g Celsius.
Calculate the specific heat of solution in Joules for dissolving 8.00 g of NH4NO3 in 100mL water by using the following equation: 0=qrxn + qsoln. Given: mass of calorimeter cup:2.96g Given: mass of water and calorimeter cup: 102.63g Given: mass of ammonium nitrate: 8.02g given : initial temperature of water :22.1 Celsius Given: Delta T: 6.1 Celsius Given: the coffe cup calorimeter absorbs no heat so qcal is negligible. Given: The specific heat of the solution is the same as pure water which is 4.184J/g Celsius.
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter8: Thermochemistry
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Calculate the specific heat of solution in Joules for dissolving 8.00 g of NH4NO3 in 100mL water by using the following equation: 0=qrxn + qsoln.
Given: mass of calorimeter cup:2.96g
Given: mass of water and calorimeter cup: 102.63g
Given: mass of ammonium nitrate: 8.02g
given : initial temperature of water :22.1 Celsius
Given: Delta T: 6.1 Celsius
Given: the coffe cup calorimeter absorbs no heat so qcal is negligible.
Given: The specific heat of the solution is the same as pure water which is 4.184J/g Celsius.
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