Overview of Chemistry Course Modules and Due Dates

Course Module Overview

Introduction

This syllabus outlines the sequence of modules and their due dates for a college-level chemistry course. The topics covered align closely with foundational and advanced concepts in chemistry, as listed in the provided chapter titles. The schedule includes both theoretical and laboratory components, ensuring a comprehensive understanding of chemistry principles.

Module Topics and Due Dates

Module Topic	All Module Work Due Date
Enrollment Verification Assignment Must be completed before starting work in the course!	Feb 4 before 11:59pm
Module 1: Introduction to the Course, Chemistry and Measurement	Feb 4 before 11:59pm
Module 2: Measurements and Dimensional Analysis Lab	Feb 4 before 11:59pm
Module 3: Matter and Energy	Feb 11 before 11:59pm
Module 4: Atoms and Elements	Feb 18 before 11:59pm
Module 5: Atomic Structure Lab	Feb 18 before 11:59pm
Module 6: Nuclear Radiation and Measurements: The Scientific Method	Mar 3 before 11:59pm
Module 7: Intermolecular Forces and Scientific Method Lab	Mar 3 before 11:59pm
Module 8: Building and Naming Compounds	Mar 17 before 11:59pm
Module 9: Building and Naming Compounds Lab	Mar 17 before 11:59pm
Module 10: Balancing Chemical Equations	Apr 7 before 11:59pm
Module 11: Moles and Stoichiometry	Apr 7 before 11:59pm
Module 12: Empirical Formulas and Hydration Lab	Apr 7 before 11:59pm
Module 13: Solutions and Solution Preparation Lab	Apr 21 before 11:59pm
Module 14: Titration of Acetic Acid Lab	May 4 before 11:59pm

Key Chemistry Topics Covered

• Chemistry and Measurements: Introduction to fundamental concepts, units, and measurement techniques.

• Matter and Energy: Classification of matter, energy types, and their interactions.

• Atoms and Elements: Structure of atoms, periodic table, and properties of elements.

• Nuclear Chemistry: Nuclear radiation, scientific method, and measurement techniques.

• Chemical Compounds: Building, naming, and classifying ionic and molecular compounds.

• Chemical Reactions: Balancing equations, stoichiometry, and mole calculations.

• Solutions: Preparation, concentration calculations, and titration methods.

Laboratory Components

• Measurements and Dimensional Analysis Lab: Practice in measurement accuracy and unit conversions.

• Atomic Structure Lab: Exploration of atomic models and properties.

• Intermolecular Forces Lab: Investigation of forces between molecules.

• Building and Naming Compounds Lab: Hands-on experience with compound formation and nomenclature.

• Empirical Formulas and Hydration Lab: Determination of empirical formulas and hydration levels.

• Solutions and Titration Labs: Preparation of solutions and quantitative analysis via titration.

Example: Module Sequence and Due Dates

Students are expected to complete each module by the specified due date. For example, "Matter and Energy" is due by Feb 11, while "Titration of Acetic Acid Lab" is due by May 4. This structured timeline ensures steady progress through the course material.

Additional info: The module topics correspond directly to the chapters listed in the gob college course, covering essential chemistry concepts and laboratory skills.