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CAH solution=D9solid dissolving -mwater X Swater water Using equation 6, determine the enthalpy of solution (in J) for dissolving the solid =-799.82 J =_799.82J %3D Then calculate the enthalpy of solution in J/g. Convert that enthalpy of solution to kJ/mole.

CAH solution=D9solid dissolving -mwater X Swater water Using equation 6, determine the enthalpy of solution (in J) for dissolving the solid =-799.82 J =_799.82J %3D Then calculate the enthalpy of solution in J/g. Convert that enthalpy of solution to kJ/mole.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Am I on the right track with this question? The second picture is my calculations needed to complete the question. 

Part B Finding the Heat of Solution 8.47g 63.149 27,469 31.04g NHy NO3 Mass of coffee cup calorimeter and lid (from Part A) Mass of calorimeter, water, and lid Mass of small beaker Mass of small beaker and ionic solid Formula of solid (written on container) Initial temperature of water Final temperature of water 18.5°C
Transcribed Image Text:Part B Finding the Heat of Solution 8.47g 63.149 27,469 31.04g NHy NO3 Mass of coffee cup calorimeter and lid (from Part A) Mass of calorimeter, water, and lid Mass of small beaker Mass of small beaker and ionic solid Formula of solid (written on container) Initial temperature of water Final temperature of water 18.5°C
-mwater x Sewater ATwaater AH solution= 950lid dissolving Using equation 6, determine the enthalpy of solution (in J) for dissolving the solid 54.67gX35°C xe4,18J7-10 =-799.82 J -799.823 %3D Then calculate the enthalpy of solution in J/g. 2. Convert that enthalpy of solution to kJ/mole.
Transcribed Image Text:-mwater x Sewater ATwaater AH solution= 950lid dissolving Using equation 6, determine the enthalpy of solution (in J) for dissolving the solid 54.67gX35°C xe4,18J7-10 =-799.82 J -799.823 %3D Then calculate the enthalpy of solution in J/g. 2. Convert that enthalpy of solution to kJ/mole.
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