Course Chapters


Overview

Inorganic chemistry I intends to enrich learners with knowledge of the main groups and period of a periodic table. In this course emphasis is put on group I to group IV with brief introduction to transition elements.

The course focuses on:

  • Buildup of the periodic table
  • Main group elements
  • Transition element

This course consist of the following contents: 

  • Development of the Periodic Table basing on the duplet and octet rule
  • Trend for Electron Shells and the sizes of Atoms
  • Trend for Ionization Energy
  • Trend for Electron Affinities
  • Electronegativity
  • Electopositivity
  • Trend for Metals , non-metals, and Metalloids
  • General Trend for Groups and Periods for the Active Metals
  • Trend for Group and Period for Selected Non-metals (group III, group IV and group VII).
  • Trend of metallic character
  • Non-metallic character
  • Ionic radius trend
  • Covalent radius trend
  • Bond polarity and electro-negativity trend
  • Drawing Lewis structures
  • Trend in ability to form resonance structures
  • Transitional metal
  • Properties of transitional metals

By the end of the unit the learner should be able to:

  • construct the Periodic Table basing on the duplet and octet rule
  • explain the trend for Electron Shells and the sizes of Atoms
  • explain the trend for Ionization Energy
  • explain the trend for Electron Affinities
  • explain the trend for Metals, non-metals, and Metalloids
  • describe the general Trend for Groups and Periods for the Active Metals
  • Describe the trend for Group and Periods for Selected Non-metals in group III, group IV and group VII of the periodic table.
  • State and explain the trend of metallic character
  • State and explain the trend of non-metallic character
  • State and explain the trend of ionic radius
  • State and explain the trend of covalent radius
  • State and explain the trend of bond polarity and electronegativity
  • Draw lewis structures
  • State and explain the trends in ability to form resonance structures

 

Assessment will be done in the following ways and in the aspects shown below:

  1. Continuous Assessment 40 marks
  2. End of Semester Final exam 60 marks

Course Reference: 

Credits

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