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 436H-C 414H-N 389H-O 464H-S 368H-F 565H-Cl 431H-Br 364H-I 297C-C 347C=C 611C≡C 837C-N 305C=N 615C≡N 891C-O 360.C=O 736C-Cl 339N-N 163N=N 418N≡N 946N-O 222N=O 590.O-O 142O=O 498C-Br 293-F-F 159Cl-Cl 243Br-Br 193I-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

From the bond energy data, ∆H =(Total BE)product - (Total BE)reactant ∆H = (BEo=o + 4×BEo-H) -…

Answered: (kJ/mol), calculate the estimated ΔH of…

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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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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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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