About C.O.R.E.
       CHAPTERS
  1-Introduction
  2-Phys. & Chem. Prop.
  3-Atomic Structure Pt.1
  4-Nuclear
  5-Moles, Molarity,
      Reaction Types
  6-Stoichiometry
  7-Gas Laws
  8-Atomic Structure Pt.2
  9-Bonding & Geometry
  10-Intermolecular Forces
  11-Thermochemistry
  12-Colligative Properties
  13-Thermodynamics
  14-Gas Phase, Solubility,
        Complex Ion Equilibria
  15-Kinetics
  16-Acid-Base Equilibria
  17-Electrochemistry












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Chapter Nine - Bonding & Geometry
Animations and Documents
Bent Molecule like H2O
This animation shows the rotation of a bent molecule like water.

Bent Molecule like SO2
This animation shows the rotation of a bent molecule like SO2.

Linear Molecule C2H2
This animation shows the rotation of the linear molecule C2H2.

Trigonal Planar Molecule C2H4
This animation shows the rotation of the trigonal planar molecule C2H4.

Tetrahedral molecule CH4
This animation shows the rotation of the tetrahedral molecule CH4.

Linear Molecule like CO2
This animation shows the rotation shows the rotation of a linear molecule like CO2.

Linear Molecule like XeF2
This animation shows the rotation of a linear molecule like XeF2.

Trigonal Pyramidal Molecule NH3
This animation shows the rotation of the trigonal pyramidal molecule NH3.

Octahedral Molecule like SF6
This animation shows the rotation of an octahedral molecule like SF6.

Trigonal Bipyramidal Molecule PCl5
This animation shows the rotation of the trigonal bipyramidal molecule PCl5.

Spinning p-Orbital
This animation shows the rotation of a p-orbital.

See-saw Molecule like SF4
This animation shows the rotation of a see-saw molecule like SF4.

Octahedral Molecule SF6
This animation shows the rotation of the octahedral molecule SF6.

sp2 Hybridization
This animation shows the hybridization of an s-orbital and three p-orbitals to form three sp2 trigonal planar hybrid orbitals and one unhybridized p-orbital.

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