Table of Contents
Module 1 - Science Concepts
Submodule - Introduction
1 - Welcome
2 - About This Review Course
3 - Correlations to the TExES
4 - Browser Check for Media Capabilities
5 - Course Organizer/ Activity Checklist
6 - Tips & Techniques for Working Online
7 - Acceptable Use and Other Internet Guidelines
Submodule A - Analyzing the TEKS
1 - Overview
2 - Engager
3 - Significance of Science
4 - Science Concepts
5 - About the TEKS
6 - Introduction Statements
7 - Verticle Alignment
8 - Strands
9 - TEKS to STAAR
10 - Reflection
Submodule B - Unifying Concepts & Scientific Processes
1 - Overview
2 - Engager
3 - Unifying Concepts
4 - Planning for Science Instruction
5 - Nature of Science
6 - Investigations & the Inquiry process
7 - Scientific Method
8 - Patterns & Properties
9 - Investigating Patterns & Properties
10 - Using Models
11 - Scientific Models
12 - Constancy & Change
13 - Systems
14 - Identifying Systems All Around Us
15 - Investigating Systems
16 - Reflection
Submodule C - Science Instruction
1 - Overview
2 - Engager
3 - Introduction to Science Instruction
4 - Science and Diverse Learners
5 - Adaptation of a Science Lesson
6 - Scientific Inquiry
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7 - Promoting Scientific Thinking and Explanation
8 - Science Lab Activities and Field Investigations
9 - Science Tools & Equipment
10 - More About Tools & Equipment
11 - Promoting Safe Science
12 - Science Assessment
13 - Reflection
Module 2 - Chemistry
Submodule D - Matter and Atomic Structure
1 - Overview
2 - Engager
3 - Phases of Matter
4 - Structure of an Atom
5 - Electrons Orbital
6 - Elements, Compounds, Mixtures, Solutions
7 - Physical and Chemical Properties
8 - History of Periodic Table of Elements
9 - Periodic Table of Elements
10 - Reflection
Submodule A - Properties of Gases
1 - Overview
2 - Engager
3 - Observable Properties of Gases
4 - Properties of Gases Investigation
5 - Pressure of Gases
6 - Boyle's Law
7 - Charles’ Law
8 - Avogadro's Law
9 - Ideal Gas Law
10 - Dalton's Law of Partial Pressures
11 - Kinetic Molecular Theory of Gases
12 - Reflection
Submodule B - Ionic and Covalent Bonds
1 - Overview
2 - Atomic Structure
3 - Ionic vs. Covalent Bonds
4 - Properties of Chemical Bonding
5 - Covalent and Ionic Bonds
6 - Ionic vs. Covalent Bonds
7 - Octet Rule Lewis Structures
8 - Intermolecular and Intramolecular Forces
9 - Electronegativity, Electron Affinity, and Oxidation
10 - Molecular Geometry
11 - Reflection
Submodule C - Chemical Reactions and Equations
1 - Overview
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2 - Engager
3 - Chemical Reactions and Equations
4 - Types of Chemical Reactions
5 - Types of Equations
6 - Practice Predicting Products of Reactions
7 - Molecular and Empirical Formulas
8 - Chemical Reaction Rates
9 - Chemical Equilibrium
10 - Moles in Chemical Equations
11 - Conservation of Mass
12 - Limiting Reagent
13 - Yields of Chemical Reactions
14 - Mass Relationships from Chemical Equations
15 - Reflection
Submodule D - Solutions
1 - Overview
2 - Engager
3 - Analyzing Factors that Affect Solubility
4 - Identifying Characteristics of Solutions
5 - Determining Aqueous Solutions
6 - Net Ionic Equations
7 - Understanding the colligative properties of solutions
8 - Properties of Electrolytes
9 - Rates of Reaction in Solutions
10 - Structural Properties of Water
11 - Reflection
Submodule E - Energy Transformations
1 - Overview
2 - Engager
3 - Phase Changes
4 - Calorimetry
5 - Experiments with Calorimetry
6 - Law of Conservation of Energy
7 - Thermodynamic Relationships- Enthalpy and Entropy
8 - Thermodynamic Relationships- Gibbs Free Energy
9 - Reflection
Submodule F - Nuclear Chemistry
1 - Overview
2 - Nuclear Chemistry
3 - Balancing Nuclear Reactions
4 - Fission and Fusion
5 - Stable and Unstable Nuclei
6 - Stable and Unstable Isotopes
7 - Reflection
Submodule G - Oxidation-Reduction Reactions
1 - Overview
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2 - Determining Oxidation States of Ions and Atoms in Compounds
3 - Identifying and Balancing Oxidation and Reduction Reactions
4 - Using Reduction Potentials
5 - Explaining Electrochemical Cells
6 - Analyzing Applications of Oxidation and Reduction Reactions
7 - Reflection
Submodule H - Acids and Bases
1 - Overview
2 - Acids and Bases
3 - Acid and Bases Quiz
4 - Arrhenius, Lowrey and Lewis Models
5 - Strong Acids and Bases
6 - Weak Acids and Bases
7 - Acid-Base Titration
8 - Buffers
9 - Acid–Base Reactions: Neutralization Reactions
10 - Reflection
Module 3 - Course Conclusion
Submodule I - Course Conclusion
1 - Before You Begin the Practice Test
2 - TExES Practice Assessment
Submodule A - Test Results and Further Review
1 - Analyzing Your Results with the Test Answer Key
2 - For Further Review
3 - Certificate Instructions
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