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CH,CH,OH HyCCH, O H₂C₂ CN ethoxide If the compound above undergoes an Ea reaction with ethoxide the mechanism for the reaction would show a the hydrogen of the base. hydrogen The pi-bond in the product would be oxygen the breakage of the C-Br bond. True or false: compound J could have been formed by the Ea reaction of the compound shown above H₂C CH₂CH₂OH HC₂ CN Compound J Answer- Compound J is a substituted alkene. True or false: compound J could have been formed by the Ea reaction of the compound shown above H₂C CH₂CH₂OH H₂C₂ CN Answer o Compound Ji substituted alkene. tetra mono tri HỌCCH, O H₂C H₂C₂ CH,CH.OH CN ethoxide If the compound above undergoes an Ea reaction with ethoxide the mechanism for the reaction would show a the hydrogen the of the base. The pi-bond in the product would be forme the breakage of the C-Br bond.. at the same time as after True or false: compound J could have been before tion of the compound shown above H₂C CH₂CH₂OH H₂C₂ CN substituted alkene. H₂C C=C Compound C=C Compound Answer Compound J is a # headed arrow going : headed arrow going

CH,CH,OH HyCCH, O H₂C₂ CN ethoxide If the compound above undergoes an Ea reaction with ethoxide the mechanism for the reaction would show a the hydrogen of the base. hydrogen The pi-bond in the product would be oxygen the breakage of the C-Br bond. True or false: compound J could have been formed by the Ea reaction of the compound shown above H₂C CH₂CH₂OH HC₂ CN Compound J Answer- Compound J is a substituted alkene. True or false: compound J could have been formed by the Ea reaction of the compound shown above H₂C CH₂CH₂OH H₂C₂ CN Answer o Compound Ji substituted alkene. tetra mono tri HỌCCH, O H₂C H₂C₂ CH,CH.OH CN ethoxide If the compound above undergoes an Ea reaction with ethoxide the mechanism for the reaction would show a the hydrogen the of the base. The pi-bond in the product would be forme the breakage of the C-Br bond.. at the same time as after True or false: compound J could have been before tion of the compound shown above H₂C CH₂CH₂OH H₂C₂ CN substituted alkene. H₂C C=C Compound C=C Compound Answer Compound J is a # headed arrow going : headed arrow going

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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CH,CH,OH HỌC CH, O ethoxide H₂C₂ CN If the compound above undergoes an Ea reaction with ethoxide the mechanism for the reaction would show a the hydrogen of the base. hydrogen carbon The pi-bond in the product would be oxygen the breakage of the C-Br bond.. True or false: compound J could have been formed by the Ea reaction of the compound shown above H₂C CH₂CH₂OH HC₂ CN Compound Answer- Compound J is a substituted alkene. True or false: compound J could have been formed by the Ea reaction of the compound shown above H₂C CH₂CH₂OH H₂C₂ CN Answer Compound Ji substituted alkene. mono HọCCH, O H,C CH,CH.OH H₂C₂ CN ethoxide If the compound above undergoes an Ea reaction with ethoxide the mechanism for the reaction would show a the hydrogen the of the base. The pi-bond in the product would be forme the breakage of the C-Br bond.. at the same time as after before True or false: compound J could have been tion of the compound shown above H₂C CH₂CH₂OH H₂C₂ CN H₂C C=C Compound C=C Compound # Answer= Compound J is a # substituted alkene. headed arrow going : headed arrow going
Transcribed Image Text:CH,CH,OH HỌC CH, O ethoxide H₂C₂ CN If the compound above undergoes an Ea reaction with ethoxide the mechanism for the reaction would show a the hydrogen of the base. hydrogen carbon The pi-bond in the product would be oxygen the breakage of the C-Br bond.. True or false: compound J could have been formed by the Ea reaction of the compound shown above H₂C CH₂CH₂OH HC₂ CN Compound Answer- Compound J is a substituted alkene. True or false: compound J could have been formed by the Ea reaction of the compound shown above H₂C CH₂CH₂OH H₂C₂ CN Answer Compound Ji substituted alkene. mono HọCCH, O H,C CH,CH.OH H₂C₂ CN ethoxide If the compound above undergoes an Ea reaction with ethoxide the mechanism for the reaction would show a the hydrogen the of the base. The pi-bond in the product would be forme the breakage of the C-Br bond.. at the same time as after before True or false: compound J could have been tion of the compound shown above H₂C CH₂CH₂OH H₂C₂ CN H₂C C=C Compound C=C Compound # Answer= Compound J is a # substituted alkene. headed arrow going : headed arrow going
CH,CH.OH HỌC CH, O ethoxide H₂C₂ CN If the compound above undergoes an E2 reaction with ethoxide the mechanism for the reaction would show a : the hydrogen the of the base. from # The pi-bond in the proet would be formed the breakage of the C-Br bond.. True or false: compound J could have been formed by the E2 reaction of the compound shown above H₂C CH₂CH₂OH H5C₂ CN substituted alkene. H₂C- C=C Compound J Answer Compound J is a 9 headed arrow going
Transcribed Image Text:CH,CH.OH HỌC CH, O ethoxide H₂C₂ CN If the compound above undergoes an E2 reaction with ethoxide the mechanism for the reaction would show a : the hydrogen the of the base. from # The pi-bond in the proet would be formed the breakage of the C-Br bond.. True or false: compound J could have been formed by the E2 reaction of the compound shown above H₂C CH₂CH₂OH H5C₂ CN substituted alkene. H₂C- C=C Compound J Answer Compound J is a 9 headed arrow going
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