WhatThe previous lesson helped us understand the compositions of molecules andtheir bonds through the Lewis structure theory. However, Lewis structures do notdemonstrate one of the most important features of molecules-their overall shapes.The size and shapes of molecules are defined by the distances and angles betweenthe nuclei of the atoms involved. In this lesson, we learn how to portrait a molecule bywriting a two-dimensional structure for it and translating it to a three-dimensionalshape, and we examine the effects of molecular shape on molecular polarity.What's NewActivity 1: Review on GeometryDirections: Draw a two-dimensional or three-dimensional illustration of the followinggeometries:Example: Square Pyramidal:1. Trigonal planar (2D)2. Square Planar (3D)3. Octahedral (3D)4. Trigonal bipyramidal (3D)5. Seesaw (3D)13

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Activity 1: Review on Geometry Directions: Draw a two-dimensional or three-dimensional illustration of the following geometries: Example: Square Pyramidal: 1. Trigonal planar (2D) 2. Square Planar (3D) 3. Octahedral (3D)

Activity 1: Review on Geometry Directions: Draw a two-dimensional or three-dimensional illustration of the following geometries: Example: Square Pyramidal: 1. Trigonal planar (2D) 2. Square Planar (3D) 3. Octahedral (3D)

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Concept explainers

Group 14 Elements

The following elements come under group 14 of the periodic table.

Question

What
The previous lesson helped us understand the compositions of molecules and
their bonds through the Lewis structure theory. However, Lewis structures do not
demonstrate one of the most important features of molecules-their overall shapes.
The size and shapes of molecules are defined by the distances and angles between
the nuclei of the atoms involved. In this lesson, we learn how to portrait a molecule by
writing a two-dimensional structure for it and translating it to a three-dimensional
shape, and we examine the effects of molecular shape on molecular polarity.
What's New
Activity 1: Review on Geometry
Directions: Draw a two-dimensional or three-dimensional illustration of the following
geometries:
Example: Square Pyramidal:
1. Trigonal planar (2D)
2. Square Planar (3D)
3. Octahedral (3D)
4. Trigonal bipyramidal (3D)
5. Seesaw (3D)
13

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Activity 1: Review on Geometry Directions: Draw a two-dimensional or three-dimensional illustration of the following geometries: Example: Square Pyramidal: 1. Trigonal planar (2D) 2. Square Planar (3D) 3. Octahedral (3D) 4. Trigonal bipyramidal (3D) 5. Seesaw (3D) 13
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