A thermodynamic study of DyCl, determined its standard enthalpy of formation from the following information ΔΗ. (1) DyCl_(s)¬DYCL_(aq, in 4. 0 M HCD) (2) Dy(s) + 3HCI(aq, 4. 0 M) → DyCl,(aq, in 4.0 M HC) + H,(g) 180. 06 k]/mol AH° 699. 43 k]/mol =- (3) H,(9) + CL,(9)¬HCI(aq. 4. 0 M) Determine AH (DyCls) from these data. ΔΗ. 158. 31 k]/mol

Chemistry: Principles and Practice
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Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
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Chapter5: Thermochemistry
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A thermodynamic study of DyCl, determined its standard enthalpy of formation from the
following information
ΔΗ.
(1) DyCl_(s)¬DYCL_(aq, in 4. 0 M HCD)
(2) Dy(s) + 3HCI(aq, 4. 0 M) → DyCl,(aq, in 4.0 M HC) + H,(g)
180. 06 k]/mol
AH°
699. 43 k]/mol
=-
(3) H,(9) + CL,(9)¬HCI(aq. 4. 0 M)
Determine AH (DyCls) from these data.
ΔΗ.
158. 31 k]/mol
Transcribed Image Text:A thermodynamic study of DyCl, determined its standard enthalpy of formation from the following information ΔΗ. (1) DyCl_(s)¬DYCL_(aq, in 4. 0 M HCD) (2) Dy(s) + 3HCI(aq, 4. 0 M) → DyCl,(aq, in 4.0 M HC) + H,(g) 180. 06 k]/mol AH° 699. 43 k]/mol =- (3) H,(9) + CL,(9)¬HCI(aq. 4. 0 M) Determine AH (DyCls) from these data. ΔΗ. 158. 31 k]/mol
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