GED Science Mastery
- Description
- Curriculum
- FAQ
- Notice
- Reviews
The GED Science Mastery Course is a complete, step-by-step program designed to help students understand science concepts easily and pass the GED Science test with confidence. This course is specially created for beginners, adult learners, and students who feel weak in science.
Unlike traditional science courses that focus on memorization, this program emphasizes understanding, real-life application, and problem-solving skills. Students will learn how to read scientific information, analyze data, and answer exam-style questions effectively.
The course is divided into well-structured modules covering all major GED Science topics, including Life Science, Physical Science, Earth & Space Science, and Scientific Reasoning. Each topic is explained in simple, clear language so that every learner can follow along without difficulty.
Throughout the course, students will:
- Build a strong foundation in basic science concepts
- Learn how to interpret graphs, charts, and experiments
- Develop critical thinking and analytical skills
- Practice with real GED-style questions
- Improve speed and accuracy for the exam
Each lesson includes easy explanations, practical examples, and guided practice, making complex topics simple and understandable. Regular quizzes and practice tests are included to track progress and prepare students for the actual GED exam environment.
By the end of this course, students will not only be ready to pass the GED Science test but will also gain confidence in understanding how science works in everyday life.
This course is ideal for:
- GED students preparing for the Science test
- Beginners with little or no science background
- Adult learners returning to education
- Students who want a simple and clear learning approach
If you stay consistent and complete all lessons and practice activities, this course will give you everything you need to succeed in GED Science
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1
Lecture 1:Introduction to GED Science What is GED Science? Test format and scoring Types of questionsIntroduction to GED Science
- What is GED Science?
- Test format and scoring
- Types of questions
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2
Lecture 2:Scientific Method Steps: Observation → Hypothesis → Experiment → Conclusion Real-life examples
Scientific Method
- Steps: Observation → Hypothesis → Experiment → Conclusion
- Real-life examples
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3
Lecture 3:Variables in Experiments Independent vs Dependent Variables Controlled variables
Variables in Experiments
- Independent vs Dependent Variables
- Controlled variables
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4
Lecture 4: Reading Scientific Data Graphs (bar, line, pie) Tables and charts
Lecture 4: Reading Scientific Data
- Graphs (bar, line, pie)
- Tables and charts
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5
Lecture 5: Measurement & Units Metric system Tools and accuracy
Lecture 5: Measurement & Units
- Metric system
- Tools and accuracy
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6
Lecture 6: Cell Structure & Function Plant vs Animal cells Organelles
Lecture 6: Cell Structure & Function
- Plant vs Animal cells
- Organelles
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7
Lecture 7: DNA & Genetics DNA basics Traits and inheritance
Lecture 7: DNA & Genetics
- DNA basics
- Traits and inheritance
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8
Lecture 8: Human Body Systems Digestive, Respiratory, Circulatory systems
Lecture 8: Human Body Systems
- Digestive, Respiratory, Circulatory systems
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9
Lecture 9: Photosynthesis & Respiration Energy flow in living things
Lecture 9: Photosynthesis & Respiration
- Energy flow in living things
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10
Lecture 10: Ecosystems Food chains & food webs Producers, consumers, decomposers
Lecture 10: Ecosystems
- Food chains & food webs
- Producers, consumers, decomposers
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11
Lecture 11: Evolution & Natural Selection Adaptation Survival of the fittest
Lecture 11: Evolution & Natural Selection
- Adaptation
- Survival of the fittest
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12
Lecture 12: Matter & Its States Solid, liquid, gas Physical vs chemical changes
Lecture 12: Matter & Its States
- Solid, liquid, gas
- Physical vs chemical changes
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13
Lecture 13: Atomic Structure Protons, neutrons, electrons
Lecture 13: Atomic Structure
- Protons, neutrons, electrons
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14
Lecture 14: Periodic Table Basics Elements and groups
Lecture 14: Periodic Table Basics
- Elements and groups
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15
Lecture 15: Chemical Reactions Types of reactions Balancing equations (basic)
Lecture 15: Chemical Reactions
- Types of reactions
- Balancing equations (basic)
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16
Lecture 16: Forces & Motion Newton’s Laws Speed, velocity
Lecture 16: Forces & Motion
- Newton’s Laws
- Speed, velocity
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17
Lecture 17: Energy Kinetic vs Potential energy Energy transformations
Lecture 17: Energy
- Kinetic vs Potential energy
- Energy transformations
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18
Lecture 18: Heat & Temperature Heat transfer: conduction, convection, radiation
Lecture 18: Heat & Temperature
- Heat transfer: conduction, convection, radiation
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19
Lecture 19: Electricity & Magnetism Circuits basics Current and voltage
Lecture 19: Electricity & Magnetism
- Circuits basics
- Current and voltage
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20
Lecture 20: Earth Structure Crust, mantle, core
Lecture 20: Earth Structure
- Crust, mantle, core
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21
Lecture 21: Plate Tectonics Earthquakes and volcanoes
Lecture 21: Plate Tectonics
- Earthquakes and volcanoes
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22
Lecture 22: Weather & Climate Weather patterns Climate change basics
Lecture 22: Weather & Climate
- Weather patterns
- Climate change basics
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23
Lecture 23: Water Cycle Evaporation, condensation, precipitation
Lecture 23: Water Cycle
- Evaporation, condensation, precipitation
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24
Lecture 24: Solar System Planets and their features
Lecture 24: Solar System
- Planets and their features
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25
Lecture 25: Universe & Stars Galaxies Life cycle of stars
Lecture 25: Universe & Stars
- Galaxies
- Life cycle of stars
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26
Lecture 26: Graph Interpretation Reading and analyzing graphs
Lecture 26: Graph Interpretation
- Reading and analyzing graphs
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27
Lecture 27: Experimental Design Questions How to answer GED-style questions
Lecture 27: Experimental Design Questions
- How to answer GED-style questions
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28
Lecture 28: Cause & Effect Relationships Identifying patterns
Lecture 28: Cause & Effect Relationships
- Identifying patterns
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29
Lecture 29: Reading Scientific Passages Key strategies
Lecture 29: Reading Scientific Passages
- Key strategies
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30
Lecture 30: GED Practice Test 1 (Full Review)
Lecture 30: GED Practice Test 1 (Full Review)
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31
Lecture 31: GED Practice Test 2 (Full Review)
Lecture 31: GED Practice Test 2 (Full Review)
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32
Lecture 32: Common Mistakes What students do wrong
Lecture 32: Common Mistakes
- What students do wrong
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33
Lecture 33: Time Management Strategies
Lecture 33: Time Management Strategies
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34
Lecture 34: Final Revision (Quick Notes)
Lecture 34: Final Revision (Quick Notes)
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35
Lecture 35: Final Mock Test
Lecture 35: Final Mock Test
No, everything starts from basics.
At least 1–2 hours.
Welcome to GED Science Mastery!
This course is designed to make science simple, clear, and easy to understand. Don’t worry if you feel weak in science — we will start from the basics and build your confidence step by step.
Stay consistent, practice regularly, and you will succeed.
- Level: Beginner to Intermediate
- Language: Simple English
- Format: Video Lectures + Practice Worksheets + Quizzes
- Focus: Concept + Application + GED Exam Preparation
- Basic English reading skills
- No prior science knowledge required
- Notebook and calculator
- Internet access
- GED students preparing for Science test
- Adult learners returning to education
- Beginners who want clear and simple science understanding