GOB Chemistry Course Syllabus: Outcomes and Module Learning Objectives

Course Syllabus Overview

This syllabus outlines the core outcomes and module learning objectives for a GOB Chemistry college course. The structure follows the main topics typically covered in a one-semester GOB Chemistry curriculum, aligning with foundational concepts in general, organic, and biological chemistry.

Course Outcomes

• Describe the properties of major types of matter both macroscopically and microscopically.

• Classify chemical changes and predict outcomes using basic chemical principles.

• Relate chemical structure to function in biological and environmental contexts.

• Demonstrate quantitative problem-solving skills in chemistry.

Module Topics and Learning Objectives

The course is divided into modules, each with specific learning objectives. Below is a structured summary of the main topics and objectives.

Module 1: Chemistry Basics – Matter and Measurement

• Define chemistry and its importance in health and the environment.

• Classify matter by physical state and composition.

• Identify and use SI units and scientific notation.

• Apply dimensional analysis for unit conversions.

• Describe the structure of atoms and elements.

Module 2: Atoms and Radioactivity

• Describe atomic structure and subatomic particles.

• Interpret the periodic table and predict element properties.

• Explain isotopes and radioactivity.

• Apply nuclear chemistry concepts to medicine and the environment.

Module 3: Compounds – How Elements Combine

• Distinguish between ionic and covalent compounds.

• Predict chemical formulas and names for compounds.

• Draw Lewis structures and predict molecular geometry.

• Relate molecular structure to physical and chemical properties.

Module 4: Introduction to Organic Compounds

• Identify and name basic organic compounds.

• Recognize functional groups and their significance.

• Relate organic structure to biological function.

Module 5: Chemical Reactions

• Classify chemical reactions by type.

• Balance chemical equations.

• Predict products of simple reactions.

• Assess factors affecting reaction rates.

Module 6: Carbohydrates – Life’s Sweet Molecules

• Describe the structure and function of carbohydrates.

• Classify monosaccharides, disaccharides, and polysaccharides.

• Relate carbohydrate chemistry to biological roles.

Module 7: States of Matter and Their Attractive Forces

• Describe properties of solids, liquids, and gases.

• Explain intermolecular forces and their effects on physical properties.

• Apply gas laws to chemical and biological systems.

Module 8: Solution Chemistry – Sugar and Water Do Mix

• Define solutions, solutes, and solvents.

• Calculate solution concentrations (molarity, percent, etc.).

• Predict solubility and factors affecting it.

Module 9: Acids, Bases, and Buffers in the Body

• Define acids, bases, and pH.

• Apply acid-base concepts to physiological systems.

• Describe buffer systems and their importance in the body.

Module 10: Proteins – Workers of the Cell

• Describe the structure and function of proteins.

• Relate amino acid sequence to protein function.

• Explain enzyme action and specificity.

Module 11: Nucleic Acids – Big Molecules with a Big Role

• Describe the structure of DNA and RNA.

• Explain the role of nucleic acids in genetics and protein synthesis.

Module 12: Food as Fuel – An Overview of Metabolism

• Summarize the major metabolic pathways.

• Relate metabolism to energy production and health.

Final Exam Module

• Comprehensive review of all course topics.

Additional info: This syllabus provides a roadmap for the GOB Chemistry course, ensuring alignment with standard college-level learning outcomes and preparing students for further study in health and science fields.