Using the bond energies below (kJ/mol), calculate the estimated AH of the reactionpictured below the table. Express your answer in kJ/mol.Screen reader note: "=" is read as a double bond. "identical to" is read as a triplebond. All other bonds are single bonds. End of note.H-CH-H 436414H-N=N-HH-F565H-NH-OH-SH-CIH-BrH-I 297389464368431364+ H-H -> H2N-C=CC-C 347611C=N891C=CC-NC=NC-OC=OC-CI837305615360.736339NH2N=NN-N 163418N=NN-ON=OO-0O=OC-F(OR Hsinglebond Ndouble946222 590.142498452CI-CIF-F 159243Br-Br|-| 151 -193bond N single bond H + H single bond H right arrow N with two single bonds to Hatoms and a single bond to a N atom that has two single bonds to 2 H atoms)

To calculate the value of ∆H using bond energies , we would use a formula .

Using the bond energies below (kJ/mol), calculate the estimated AH 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-C H-H 436 414 H-N H-O 464 H-N=N-H H-F 565 H-S H-CI H-Br H-I 297 389 368 431 364 + H-H --- C=C C-C 347 611 C=N 891 > H2N- NH2 C=C C-N C=N C-CI 339 C-O C=O 837 305 615 360. 736 N=N N-N 163 418 N=N N-O N=O O-O O=O C-F (OR H single bond N double bond N single bond H + H single bond H right arrow N with two single bonds to H atoms and a single bond to a N atom that has two single bonds to 2 H atoms) 946 222 590. 142 498 452 CI-CI Br-Br F-F 159 243 193 I-I 151 -

Using the bond energies below (kJ/mol), calculate the estimated AH 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-C H-H 436 414 H-N H-O 464 H-N=N-H H-F 565 H-S H-CI H-Br H-I 297 389 368 431 364 + H-H --- C=C C-C 347 611 C=N 891 > H2N- NH2 C=C C-N C=N C-CI 339 C-O C=O 837 305 615 360. 736 N=N N-N 163 418 N=N N-O N=O O-O O=O C-F (OR H single bond N double bond N single bond H + H single bond H right arrow N with two single bonds to H atoms and a single bond to a N atom that has two single bonds to 2 H atoms) 946 222 590. 142 498 452 CI-CI Br-Br F-F 159 243 193 I-I 151 -

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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