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Pre-lecture assignment, Exercises of Organic Chemistry

Exercises to practice with before lecture

Typology: Exercises

2021/2022

Uploaded on 09/30/2022

thu-nguyen-87
thu-nguyen-87 🇺🇸

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Chemistry 211; Fullerton College; S. Nobles Name _____________________________ Section ______________
__________/ 1Point
Pre-Lecture Assignment Chapter 1
Skills and Knowledge you should have from General Chemistry:
Know the structure of an atom.
Know and be able to write ions, and isotopes.
Be able to write the electron configuration of the first ten elements.
Know how the periodic table is organized and what information you can obtain from it.
Be able to determine the number of valence electrons for elements.
Explain the formation of a covalent bond and know the difference between ionic and covalent bonding.
Determine the polarity of a bond.
Know trends in length and strength of bonds.
Be able to draw Lewis structures, predict the molecular geometry around each central atom as well as the bond angles, and
determine the overall polarity of the molecule.
Know what resonance structures are and how to draw them.
Know what an isomer is and how to draw them.
Be able to assign formal charges to all atoms in a molecule.
Be able to describe atomic orbitals.
Describe the formation of molecular orbitals
Describe the formation of hybridized atomic orbitals, and be able to determine hybridization of an atom
Calculate the number of sigma and pi bonds in a molecule
Identify different types of intermolecular forces (IMF)
Describe the effect of IMF on boiling and melting points
Describe the effect of IMF on solubility
Learning Objectives for Chapter 1
Understand curved arrow notation.
Be able to predict major and minor resonance contributors.
Be able to define and draw constitutional isomers.
Understand how to represent the 3-D structure of an organic molecule (wedge/dash)
Be able to draw simplified structures of organic molecules (condensed and skeletal).
1. Draw the Lewis structure for the molecule, CH3CCNH2. Indicate the bond angle and shape of each non-hydrogen central
atom. Classify the molecule as polar or nonpolar.
2. Predict the hybridization and geometry around each non-hydrogen atom.
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Chemistry 211; Fullerton College; S. Nobles Name _____________________________ Section ______________

__________/ 1Point

Pre-Lecture Assignment Chapter 1

Skills and Knowledge you should have from General Chemistry:  Know the structure of an atom.  Know and be able to write ions, and isotopes.  Be able to write the electron configuration of the first ten elements.  Know how the periodic table is organized and what information you can obtain from it.  Be able to determine the number of valence electrons for elements.  Explain the formation of a covalent bond and know the difference between ionic and covalent bonding.  Determine the polarity of a bond.  Know trends in length and strength of bonds.  Be able to draw Lewis structures, predict the molecular geometry around each central atom as well as the bond angles, and determine the overall polarity of the molecule.  Know what resonance structures are and how to draw them.  Know what an isomer is and how to draw them.  Be able to assign formal charges to all atoms in a molecule.  Be able to describe atomic orbitals.  Describe the formation of molecular orbitals  Describe the formation of hybridized atomic orbitals, and be able to determine hybridization of an atom  Calculate the number of sigma and pi bonds in a molecule  Identify different types of intermolecular forces (IMF)  Describe the effect of IMF on boiling and melting points  Describe the effect of IMF on solubility

Learning Objectives for Chapter 1  Understand curved arrow notation.  Be able to predict major and minor resonance contributors.  Be able to define and draw constitutional isomers.  Understand how to represent the 3-D structure of an organic molecule (wedge/dash)  Be able to draw simplified structures of organic molecules (condensed and skeletal).

  1. Draw the Lewis structure for the molecule, CH 3 CCNH 2. Indicate the bond angle and shape of each non-hydrogen central atom. Classify the molecule as polar or nonpolar.
  2. Predict the hybridization and geometry around each non-hydrogen atom.
  1. With reference to structure A, determine if each of the following compounds is a isomer (I), a resonance structure (RS) or neither (N).
  2. For each resonance structure in problem 3, draw the curved arrow notation to show how the resonance was formed.
  3. For the compound, below, label each bond as ionic or covalent.