'Pi electrons' diaporamas de présentation

Organic Chemistry

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ORGANIC CHEMISTRY CHM 207

ORGANIC CHEMISTRY CHM 207. CHAPTER 4: AROMATIC COMPOUNDS (BENZENE AND TOLUENE). NOR AKMALAZURA JANI. Aromatic compounds. Organic compound that contains a benzene ring in its molecule is known as an aromatic compounds. Sometimes called arenes. Molecular formula: C 6 H 6

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Fig. 21-2, p. 855

Fig. 21-2, p. 855. Fig. 21-3, p. 856. p. 858. Fig. 21-6, p. 859. p. 867. p. 866. Aromatic Hydrocarbon: A cyclic, planar, fully conjugated hydrocarbon with 4 n +2 pi electrons (2, 6, 10, 14, 18, etc ).

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Chapter 16 & 17 Discussion

Chapter 16 & 17 Discussion. Meso = identical. Endo and exo are meaningless without substitutents to provide frame of reference. diene. dienophile. Recognize that this is a Diels Alder reaction by the diene and dienophile (on the right). 2) Draw a cyclohexene ring.

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Chapter 17 & 18 Discussion

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Molecular Structure & Energy Levels

Molecular Structure & Energy Levels. Revision Session. Quantum Mechanics. The de Broglie Hypothesis. where p is particle momentum (mass x velocity) Heisenberg Uncertainty Relation N: Normalisation Factor : Probability : Integrating across all space. Quantum Mechanics.

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DIPHENYLPOLYENE DYE SPECTRA

DIPHENYLPOLYENE DYE SPECTRA. UV-VISIBLE SPECTROSCOPY PARTICLE IN THE BOX. QUANTUM MECHANICAL MODEL. Delocalized pi electrons in a conjugated dye molecule are constrained to move along the C-C backbone.

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