Introduction to Molecules: Molecular Bonding & Shapes

Requires Modeling Kit
  • Use electronegativity difference to classify bonds as ionic, polar covalent, or nonpolar covalent.
  • Apply valence bond theory to draw appropriate Lewis structures.
  • Apply valence shell electron pair repulsion theory (VSEPR) to predict molecular geometry.
  • Construct three-dimensional molecular models.
  • Sketch three-dimensional line structures using dashed lines and wedges.
  • Determine whether the polarity of a molecule results in a dipole moment.
    Identify resonance structures and isomers as needed.

View Materials

$8.00

Materials

  • 25 Balloons
  • Requires Modeling Kit

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A detailed answer to provide information about your business, build trust with potential customers, or help the visitor with a problem they may be encountering

A detailed answer to provide information about your business, build trust with potential customers, or help the visitor with a problem they may be encountering

A detailed answer to provide information about your business, build trust with potential customers, or help the visitor with a problem they may be encountering

A detailed answer to provide information about your business, build trust with potential customers, or help the visitor with a problem they may be encountering

A detailed answer to provide information about your business, build trust with potential customers, or help the visitor with a problem they may be encountering

A detailed answer to provide information about your business, build trust with potential customers, or help the visitor with a problem they may be encountering

A detailed answer to provide information about your business, build trust with potential customers, or help the visitor with a problem they may be encountering

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