Use the reaction and table of bond dissociation energies to answer questions 1-2. + Ch + HCI Воnd BDE (kJ/mol) HC-H 439 412 HC-CI 350 (HC)-HC-CI 356 H-CI 431 CHCI 239 Calculate AH for the first propagation step of the reaction using the values in the bond dissociation energy table. All values should be in units of kJ/mol. Enter your answer in the box. (Hint: Pay attention to the sign (+ or -) of your answer! Do not include units in your answer.) QUESTION 2 Calculate AH for the second propagation step of the reaction using the values in the bond dissociation energy table. All values should be in units of kJ/mol. Enter your answer in the box. (Hint: Pay attention to the sign (+ or -) of your answer! Do not include units in your answer.)

Use the reaction and table of bond dissociation energies to answer questions 1-2. + Ch + HCI Воnd BDE (kJ/mol) HC-H 439 412 HC-CI 350 (HC)-HC-CI 356 H-CI 431 CHCI 239 Calculate AH for the first propagation step of the reaction using the values in the bond dissociation energy table. All values should be in units of kJ/mol. Enter your answer in the box. (Hint: Pay attention to the sign (+ or -) of your answer! Do not include units in your answer.) QUESTION 2 Calculate AH for the second propagation step of the reaction using the values in the bond dissociation energy table. All values should be in units of kJ/mol. Enter your answer in the box. (Hint: Pay attention to the sign (+ or -) of your answer! Do not include units in your answer.)

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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