Description

Molecular Model Set Molecular Geometry Set VSEPR

ELEMENTS :
BROMINE (VI) – 1
CARBON (II , IV) – 7
CHLORINE (I , V) – 12
FLUORINE (I , IV) – 15
HYDROGEN (I) – 8
METAL (II , VI) – 3

A Molecular Model Set for VSEPR (Valence Shell Electron Pair Repulsion) Theory is designed to help visualize the molecular geometries of different compounds based on electron pair repulsion. These sets typically include:

Components in a VSEPR Molecular Model Set

1. Atoms (Ball Representations)
   • Carbon (C) – Black/Grey
   • Hydrogen (H) – White
   • Oxygen (O) – Red
   • Nitrogen (N) – Blue
   • Sulfur (S) – Yellow
   • Other elements as needed
2. Bonds (Connectors for Geometry Formation)
   • Single bonds (Flexible or rigid sticks)
   • Double/triple bonds (Shorter, rigid connectors)
   • Lone pairs (Small paddles or empty spaces)
3. Common Molecular Geometries Represented:
   • Linear (e.g., CO₂, BeCl₂)
   • Trigonal Planar (e.g., BF₃, NO₃⁻)
   • Bent/V-Shaped (e.g., H₂O, SO₂)
   • Tetrahedral (e.g., CH₄, NH₄⁺)
   • Trigonal Pyramidal (e.g., NH₃, PCl₃)
   • Trigonal Bipyramidal (e.g., PCl₅)
   • Octahedral (e.g., SF₆)