• Lecture Organic chemistry - Chapter 1: Bonding

    Lecture Organic chemistry - Chapter 1: Bonding

    Lecture Organic chemistry - Chapter 1: Bonding. In this chapter, the following content will be discussed: Bond strength and length, chemical thermodynamics and kinetics, equilibria, gibbs free energy, equilibria and free energy, reaction rate,...and other contents.

     67 p husc 25/07/2016 4 0

  • Lecture Organic chemistry - Chapter 2: Alkanes, thermodynamics, and kinetics

    Lecture Organic chemistry - Chapter 2: Alkanes, thermodynamics, and kinetics

    Chapter 2 - Alkanes, thermodynamics, and kinetics. In this chapter, students will be able to understand: All reactions are equilibria, chemical thermodynamics and kinetics, equilibria, equilibria and free energy, potential energy diagrams, rate determining transition state,...and other contents.

     51 p husc 25/07/2016 3 0

  • Lecture Organic chemistry - Chapter 3: Radical halogenation

    Lecture Organic chemistry - Chapter 3: Radical halogenation

    Chapter 3 provides knowledge of radical halogenation. The main contents of this chapter include all of the following: Radical halogenation and bond strength, bond dissociation energy tables, C-H bond strengths, structure of alkyl radicals, hyperconjugation, more neighboring bonds: more hyperconjugation, radical halogenation:methane and chlorine,...

     23 p husc 25/07/2016 5 0

  • Lecture Organic chemistry - Chapter 4: Cycloalkanes

    Lecture Organic chemistry - Chapter 4: Cycloalkanes

    This lecture introduces you to cycloalkanes. The following will be discussed in this chapter: Naming Cycloalkanes, stereoisomers, definition of stereoisomers, ring strain, strain relief through “banana” bonds,...and other contents.

     29 p husc 25/07/2016 3 0

  • Lecture Organic chemistry - Chapter 5: Image and mirror image

    Lecture Organic chemistry - Chapter 5: Image and mirror image

    Lecture Organic chemistry - Chapter 5: Image and mirror image. This chapter includes contents: Image and mirror image of limonene, a new type of stereoisomerism, enantiomers, stereocenters, asymmetric carbon: No mirror plane, symmetry in nature, the polarimeter,...and other contents.

     57 p husc 25/07/2016 5 0

  • Lecture Organic chemistry - Chapter 6: Nucleophilic substitution of haloalkanes

    Lecture Organic chemistry - Chapter 6: Nucleophilic substitution of haloalkanes

    Chapter 6 - Nucleophilic substitution of haloalkanes. This chapter presents the following content: Haloalkanes, the C-X bond is polarized, physical properties of R-X, nucleophilic substitution: general, remember acid-base reaction, large number of reactions,...

     30 p husc 25/07/2016 13 0

  • Lecture Organic chemistry - Chapter 7: Unimolecular substitution and elimination

    Lecture Organic chemistry - Chapter 7: Unimolecular substitution and elimination

    Lecture Organic chemistry - Chapter 7: Unimolecular substitution and elimination. The main contents of this chapter include all of the following: Some observations, a new mechanism, what is the intermediate? The mechanism explains the data, the strong effect of polar solvents on the SN1 reaction,...and other contents.

     39 p husc 25/07/2016 9 0

  • Lecture Organic chemistry - Chapter 8: Alcohols

    Lecture Organic chemistry - Chapter 8: Alcohols

    Lecture Organic chemistry - Chapter 8: Alcohols. The main contents of this chapter include all of the following: Ethanol, cyclic alcohols are called cycloalkanols, physical properties, hydrogen bonding, synthesis of alcohols R-OH,...and other contents.

     36 p husc 25/07/2016 12 0

  • Lecture Organic chemistry - Chapter 9: Reactions of alcohols

    Lecture Organic chemistry - Chapter 9: Reactions of alcohols

    Alcohols are versatile organic compounds since they undergo a wide variety of transformations – the majority of which are either oxidation or reduction type reactions. In this chapter provides knowledge of reactions of alcohols. This chapter presents the following content: Deprotonation, SN1/SN2 via protonation, carbocation rearrangements,...and other contents.

     39 p husc 25/07/2016 6 0

  • Lecture Organic chemistry - Chapter 10: Nuclear magnetic resonance (NMR) spectroscopy

    Lecture Organic chemistry - Chapter 10: Nuclear magnetic resonance (NMR) spectroscopy

    Lecture Organic chemistry - Chapter 10: Nuclear magnetic resonance (NMR) spectroscopy. In this chapter, the following content will be discussed: What is spectroscopy? General spectrometer, the chemical shift δ, complex splitting patterns,...and other contents.

     86 p husc 25/07/2016 5 0

  • Lecture Organic chemistry - Chapter 11: Alkenes

    Lecture Organic chemistry - Chapter 11: Alkenes

    This chapter presents the following content: structure of the double bond, the sigma bond, the pi bond, orbital energies, how weak is the pi bond? Bond strengths in alkenes, alkenyl hydrogens are relatively acidic, degree of unsaturation, heteroatoms and degree of unsaturation,...

     29 p husc 25/07/2016 5 0

  • Lecture Organic chemistry - Chapter 12: Reactions of alkenes

    Lecture Organic chemistry - Chapter 12: Reactions of alkenes

    Lecture Organic chemistry - Chapter 12: Reactions of alkenes. In this chapter, the following content will be discussed: Addition reactions of alkenes, catalytic hydrogenation, electrophilic additions, hydroboration-oxidation,...and other contents.

     52 p husc 25/07/2016 6 0

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