Major Resonance Contributor and Resonance Hybrid

This organic chemistry video tutorial explains how to draw resonance structures, how to identify the major resonance contributor, and how to draw the resonance hybrid.
Full 7 Hour Organic Chemistry Exam 1 Video: / mathsciencetutor
Direct Link To The Full Video - Part 1:
bit.ly/3R3KPFi
Direct Link to The Full Video - Part 2:
bit.ly/3XwUg2u
PDF Worksheet - 90 Test Questions:
bit.ly/3WFBwMU
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Exam 1 - Part 1 on KZbin:
• Organic Chemistry Exam...
Exam 1 - Part 2 on KZbin:
• Organic Chemistry Exam...
Organic Chemistry Exam 1 Playlist:
bit.ly/3kJnNXU
Organic Chemistry PDF Worksheets:
www.video-tutor.net/orgo-chem...

[@TheOrganicChemistryTutor]

Full 7 Hour Organic Chemistry Exam 1 Video: www.patreon.com/MathScienceTutor Direct Link To The Full Video - Part 1: bit.ly/3R3KPFi Direct Link to The Full Video - Part 2: bit.ly/3XwUg2u PDF Worksheet - 90 Test Questions: bit.ly/3WFBwMU

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Can someone possibly help me with a kinetics related problem? If all of fhe elementary steps are not in equilibrium how do I get rid of the intermediates? For example: given experiment proven rate law of: Rate=k[NO2]²[O2] Elementary reactions: H2O + O2 + NO2 -> NO3- + H3O+ H3O + NO3- + NO2 -> 2HNO3 + H+ No equilibrium, (and made up reaction) how do I get rid if the intermediates to determine the rate determining step? Do I still write it as [H3O+] = k1/k-1[O2][NO2]

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