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Ethylene (ethene) is a precursor to many important products including polyethylene. It is produced along with other by- products from ethane in the temperature range 700 K - 900 K, in a reaction that includes the steps below. Note that the order of the steps is jumbled! Reaction 1: CH3' + CH3CH3 CH4 + CH3CH2' Reaction 2: CH3CH2'+ M → CH2CH2 + H'+ M Reaction 3: CH2CH2 + H'+ M → CH3CH2'+ M Reaction 4: H' + CH3CH3 H2 + CH3CH2" Reaction 5: H2 + CH3CH2' H' + CH3CH3 Reaction 6: H' + CH3CH2' CH3CH3 Reaction 7: CH3CH3 + M 2CH3' + M

Ethylene (ethene) is a precursor to many important products including polyethylene. It is produced along with other by- products from ethane in the temperature range 700 K - 900 K, in a reaction that includes the steps below. Note that the order of the steps is jumbled! Reaction 1: CH3' + CH3CH3 CH4 + CH3CH2' Reaction 2: CH3CH2'+ M → CH2CH2 + H'+ M Reaction 3: CH2CH2 + H'+ M → CH3CH2'+ M Reaction 4: H' + CH3CH3 H2 + CH3CH2" Reaction 5: H2 + CH3CH2' H' + CH3CH3 Reaction 6: H' + CH3CH2' CH3CH3 Reaction 7: CH3CH3 + M 2CH3' + M

Chemistry
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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Ethylene (ethene) is a precursor to many important products including polyethylene. It is produced along with other by- products from ethane in the temperature range 700 K - 900 K, in a reaction that includes the steps below. Note that the order of the steps is jumbled! Reaction 1: CH3° + CH3CH3 CH4 + CH3CH2' Reaction 2: CH3CH2'+ M CH2CH2 + H'+ M Reaction 3: CH2CH2 + H'+ M → CH3CH2'+ M Reaction 4: H' + CH3CH3 H2 + CH3CH2 Reaction 5: H2 + CH3CH2' → H' + CH3CH3 Reaction 6: H' + CH3CH2' CH3CH3 Reaction 7: CH3CH3 + M → 2CH3' + M
Transcribed Image Text:Ethylene (ethene) is a precursor to many important products including polyethylene. It is produced along with other by- products from ethane in the temperature range 700 K - 900 K, in a reaction that includes the steps below. Note that the order of the steps is jumbled! Reaction 1: CH3° + CH3CH3 CH4 + CH3CH2' Reaction 2: CH3CH2'+ M CH2CH2 + H'+ M Reaction 3: CH2CH2 + H'+ M → CH3CH2'+ M Reaction 4: H' + CH3CH3 H2 + CH3CH2 Reaction 5: H2 + CH3CH2' → H' + CH3CH3 Reaction 6: H' + CH3CH2' CH3CH3 Reaction 7: CH3CH3 + M → 2CH3' + M
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