Calculate AHdissolution, the enthalpy for the dissolution process in water, per mole of NaOH.

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
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A sample of 48.6 g of water was placed in a calorimeter and the temperature of that water sample was measured to be
24.1 °C. When 1.57 g of solid NaOH was dissolved in that water, the temperature of the solution increased to 35.6 °C.
Which one of the following statements is true?
Qa. The temperature of the solution increases from 24.1 °C to 35.6 °C; therefore, the dissolution process is
exothermic.
O b. The temperature of the solution increases from 24.1 °C to 35.6 °C; therefore, the dissolution process is
endothermic
O c. The dissolution process is endothermic because there are 48.6 g of water and only 1.57 g of NaOH.
Od. The dissolution process is exothermic because there are 48.6 g of water and only 1.57 g of NaOH.
Transcribed Image Text:A sample of 48.6 g of water was placed in a calorimeter and the temperature of that water sample was measured to be 24.1 °C. When 1.57 g of solid NaOH was dissolved in that water, the temperature of the solution increased to 35.6 °C. Which one of the following statements is true? Qa. The temperature of the solution increases from 24.1 °C to 35.6 °C; therefore, the dissolution process is exothermic. O b. The temperature of the solution increases from 24.1 °C to 35.6 °C; therefore, the dissolution process is endothermic O c. The dissolution process is endothermic because there are 48.6 g of water and only 1.57 g of NaOH. Od. The dissolution process is exothermic because there are 48.6 g of water and only 1.57 g of NaOH.
Calculate AH dissolution, the enthalpy for the dissolution process in water, per mole of NaOH.
Answer:
Check
J/mol ♦
Transcribed Image Text:Calculate AH dissolution, the enthalpy for the dissolution process in water, per mole of NaOH. Answer: Check J/mol ♦
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