(kJ/mol), calculate the estimated ΔH of the reaction pictured below the table. Express your answer in kJ/mol. Screen reader note: "=" is read as a double bond. "identical to" is read as a triple bond. All other
(kJ/mol), calculate the estimated ΔH of the reaction pictured below the table. Express your answer in kJ/mol. Screen reader note: "=" is read as a double bond. "identical to" is read as a triple bond. All other
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter9: Energy And Chemistry
Section: Chapter Questions
Problem 9.94PAE
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Question
Using the bond energies below (kJ/mol), calculate the estimated ΔH of the reaction pictured below the table. Express your answer in kJ/mol.
Screen reader note: "=" is read as a double bond. "identical to" is read as a triple bond. All other bonds are single bonds. End of note.
H-H 436 | H-C 414 | H-N 389 | H-O 464 | H-S 368 | H-F 565 | H-Cl 431 | H-Br 364 | H-I 297 |
C-C 347 | C=C 611 | C≡C 837 | C-N 305 | C=N 615 | C≡N 891 | C-O 360. | C=O 736 | C-Cl 339 |
N-N 163 | N=N 418 | N≡N 946 | N-O 222 | N=O 590. | O-O 142 | O=O 498 | C-Br 293 | - |
F-F 159 | Cl-Cl 243 | Br-Br 193 | I-I 151 | - | - | - | - | - |
2 H-O-O-H ----> 2 H-O-H + O=O
(OR 2 H single bond O single bond O single bond H right arrow 2 H single bond O single bond H + O double bond O
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