This document provides instructions for students to create a concept map on molecular shapes including electron configuration, the octet rule, Lewis and VSEPR theory, valence bond theory and hybridization, and molecular orbitals. Students are also asked to choose a molecule with 15 atoms and at least one double or triple bond to model in 3D, showing electron density. They must explain their concept map and molecular model, providing 3 facts about the chosen molecule and describing pi and sigma bonds, hybridization, and any resonance or charge distribution.

1. 1-Prepare a concept map on “molecular shapes”. The concept maps
1-Prepare a concept map on “molecular shapes”. The concept maps must include the
following “categories” (information): Electron Configuration, Octet rule, Lewis and VSEPR
theory, Valence Bond (and hybridization), and Molecular Orbitals.2-Choose a molecule with
everyday life application, like a drug, natural biological, organic synthetic, other. The
Molecule must contain the following• 15atoms• At least 1 double and/or triple bond (sigma
and pi bonds).• Prepare 3D model: It can be virtualVirtual: you can use an app (3D
Molecules Editor), or on your computer(https://molview.org), Spartan, ChemDraw, or
other. It must show electron density.Explaining your concept map in the desсrіption• Tell 3
facts about the molecule you choose• Use your concept map to describe your model. Include
the following information: pi and sigma bonds, hybridization and, if present, resonance and
“chargedistribution” (electron rich/electron poor areas).