Using the bond dissociation energies provided, which equation correctly estimates AH° for the given reaction:CH₁ + F2CH3F+ HFBond Dissociation EnergiesType of bondH₂C-HF-FH-FH₂C-FHintkJ/molSave for Later435159569O (159+456) - (435 +569) kJ/mol(569+456) - (435+159) kJ/mol(435 +569) - (159+ 456) kJ/molO (435+159) - (569 + 456) kJ/mol456kcal/mol10438136109

we have to determine the correct equation for calculating the enthalpy change for the reaction

Using the bond dissociation energies provided, which equation correctly estimates AH° for the given reaction: CH₂ + F₂ CH3F + HF Bond Dissociation Energies Type of bond H₂C-H F-F H-F H₂C-F kJ/mol 435 159 569 456 kcal/mol 104 O (159+456) - (435 +569) kJ/mol (569+456)-(435+159) kJ/mol (435+569)-(159+456) kJ/mol (435+159)-(569 +456) kJ/mol 38 136 109

Using the bond dissociation energies provided, which equation correctly estimates AH° for the given reaction: CH₂ + F₂ CH3F + HF Bond Dissociation Energies Type of bond H₂C-H F-F H-F H₂C-F kJ/mol 435 159 569 456 kcal/mol 104 O (159+456) - (435 +569) kJ/mol (569+456)-(435+159) kJ/mol (435+569)-(159+456) kJ/mol (435+159)-(569 +456) kJ/mol 38 136 109

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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