- Exam Overview and Format
- Domain 1: Structure and Behavior of Matter
- Domain 2: Forces and Motion
- Domain 3: Energy and Its Effects
- Domain 4: Earth and the Processes That Affect It
- Domain 5: Space Science
- Domain 6: Processes of Life
- Domain 7: Effects of Physical and Biological Factors on the Environment
- Domain 8: The Science Learning Environment
- Domain 9: Process Skills and Scientific Inquiry
- How the Domain Weights Should Shape Your Prep
- Mapping Domains to a Study Timeline
- FAQ
- The FTCE MGGS 5-9 (004) has 9 domains; Matter and Processes of Life tie as largest at 14% each.
- The three physical-science domains (Matter, Forces and Motion, Energy) together make up 39% of the test.
- Space Science is only 4% of the exam - the smallest domain by far.
- The exam is about 80 multiple-choice questions in 2 hours 30 minutes, with no calculator or reference sheet allowed.
Exam Overview and Format
The FTCE Middle Grades General Science 5-9 (004) exam is a Subject Area Examination developed and administered on behalf of the Florida Department of Education by Pearson Evaluation Systems (NES). It's delivered as a computer-based test at centers across Florida and nationwide, so candidates outside the state can still sit for it. Every form of the test draws on the same nine content domains, but the specific items you see - direct questions, command items, sentence completions, scenario-based prompts, and graphic-based questions - are pulled from a larger pool, and some unscored field-test items may be mixed in without being labeled.
You'll have approximately 80 multiple-choice questions to answer in 2 hours and 30 minutes, with four answer options per question. No calculator and no reference sheet is provided, which matters a great deal for the physical-science domains where you're expected to reason through quantitative relationships from memory. If you're still deciding whether this test is the right one to prepare for, our overview of what FTCE MGGS 5-9 (004) actually is and our breakdown of what the credential means for certification purposes are good starting points before you dive into domain-level prep.
Domain 1: Structure and Behavior of Matter (14%)
Conceptual and Quantitative Knowledge of the Structure and Behavior of Matter
This domain ties Domain 6 as the largest single content area on the exam, so underestimating it is one of the costliest mistakes a candidate can make.
- Atomic structure, periodic table trends, and bonding types
- Physical and chemical properties and changes of matter
- States of matter, phase changes, and gas laws reasoning
- Stoichiometry-style quantitative problems solved without a calculator
- Chemical reactions, including balancing equations and reaction types
Because no calculator is allowed, practice doing unit conversions and ratio-based chemistry problems by hand until the arithmetic feels automatic rather than effortful.
Domain 2: Forces and Motion (13%)
Conceptual and Quantitative Knowledge of Forces and Motion
This domain covers classical mechanics at a middle-grades depth - enough to teach it clearly, not enough to require calculus.
- Newton's laws and everyday force scenarios
- Speed, velocity, and acceleration calculations from graphs and word problems
- Simple machines and mechanical advantage
- Momentum and collisions at a conceptual level
- Gravity, friction, and net force diagrams
Expect scenario-based items here more than pure recall - you may be given a described experiment or a graph and asked to identify the underlying physical principle.
Domain 3: Energy and Its Effects (12%)
Conceptual and Quantitative Knowledge of Energy and Its Effects
Together with Domains 1 and 2, this domain completes the physical-science block that accounts for 39% of the entire test.
- Forms of energy and energy transformations
- Conservation of energy in closed and open systems
- Heat transfer: conduction, convection, and radiation
- Waves, including sound and light properties
- Electricity and magnetism basics relevant to middle-grades curricula
Domain 4: Earth and the Processes That Affect It (13%)
Knowledge of Earth and the Processes That Affect It
Several skills in this domain are anchored specifically to Florida geology, so generic Earth-science review isn't enough - you need state-specific context.
- Plate tectonics, rock cycle, and weathering/erosion processes
- Florida-specific geologic features and formations
- Water cycle, weather systems, and climate patterns
- Natural resources and Earth's structural layers
- Geologic time and evidence used to interpret Earth history
Domain 5: Space Science (4%)
Knowledge of Space Science
Space Science is by far the smallest domain on the exam at just 4% of questions, meaning only a handful of items will draw on it.
- Solar system structure, planetary motion, and the moon's phases
- Stars, galaxies, and basic stellar life cycles
- Gravity's role in orbital mechanics
- Historical models of the universe and how evidence changed them
Key Takeaway
Don't over-invest study hours in Space Science. With only 4% weight, a light review pass is proportionally appropriate - put the time you save into Domain 1 or Domain 6 instead.
Domain 6: Processes of Life (14%)
Knowledge of Processes of Life
This domain ties Domain 1 as the largest on the test, covering the biology content most middle-grades general science teachers will lean on daily.
- Cell structure, function, and cellular processes
- Genetics, heredity, and DNA basics
- Classification systems and organism diversity
- Human body systems and homeostasis
- Evolution and natural selection concepts
Domain 7: Effects of Physical and Biological Factors on the Environment (10%)
Knowledge of the Effects of Physical and Biological Factors on the Environment
Several skills here are anchored to Florida ecosystems specifically, so review of local habitats - wetlands, coastal systems, and native species interactions - pays off directly on test day.
- Ecosystem structure: producers, consumers, decomposers, food webs
- Population dynamics and carrying capacity
- Human impact on ecosystems and conservation practices
- Florida-specific ecosystems and environmental issues
- Biogeochemical cycles: carbon, nitrogen, water
Domain 8: The Science Learning Environment (5%)
Knowledge of the Science Learning Environment
This is one of two teaching-focused domains, testing how you'd actually run a safe, well-managed science classroom rather than pure content mastery.
- Laboratory safety procedures and protocols
- Chemical storage and disposal requirements
- Care and handling of living organisms in the classroom
- Appropriate use of instructional technology in science instruction
Domain 9: Process Skills and Application of Scientific Inquiry (13%)
Knowledge of Process Skills and Application of Scientific Inquiry
The second teaching-focused domain, and a substantial 13% of the exam, centers on how scientific investigations are designed and interpreted.
- Designing controlled experiments with identified variables
- Data analysis, graphing, and drawing valid conclusions
- Scientific method steps and their application to classroom investigations
- Evaluating experimental design for bias, controls, and validity
How the Domain Weights Should Shape Your Prep
Looking at all nine domains side by side makes the priorities clear. The two teaching-focused domains (8 and 9) combined account for 18% of the test, nearly matching any single physical-science domain, so don't treat lab safety and inquiry design as an afterthought.
| Domain | Weight | Category |
|---|---|---|
| 1. Structure and Behavior of Matter | 14% | Physical Science |
| 2. Forces and Motion | 13% | Physical Science |
| 3. Energy and Its Effects | 12% | Physical Science |
| 4. Earth and the Processes That Affect It | 13% | Earth/Space Science |
| 5. Space Science | 4% | Earth/Space Science |
| 6. Processes of Life | 14% | Life Science |
| 7. Effects of Factors on the Environment | 10% | Life Science |
| 8. The Science Learning Environment | 5% | Teaching Practice |
| 9. Process Skills and Scientific Inquiry | 13% | Teaching Practice |
For a deeper look at how these weights translate into a study plan and pacing strategy, see our full FTCE MGGS 5-9 (004) study guide. If you want a sense of how difficult candidates typically find the balance across domains, our difficulty guide breaks down where most test-takers struggle.
Mapping Domains to a Study Timeline
A domain-weighted schedule keeps you from spending equal time on a 14% domain and a 4% domain. Here's one way to sequence an eight-week plan around the FTCE MGGS 5-9 (004) content areas specifically.
Matter and Processes of Life
- Cover Domain 1 and Domain 6 first since each carries 14% weight
- Drill quantitative chemistry problems without a calculator
Forces, Motion, and Earth Processes
- Work through Domain 2 and Domain 4, including Florida-specific geology
- Practice graph-reading and motion calculations
Energy and Environmental Factors
- Cover Domain 3 and Domain 7, including Florida ecosystem specifics
Inquiry and the Learning Environment
- Cover Domains 8 and 9: lab safety, chemical storage, experimental design
Space Science and Weak-Spot Review
- Quick review of Domain 5 given its 4% weight
- Return to any domain where practice scores lag
Full-Length Practice and Timing
- Simulate the 2 hour 30 minute, ~80-question format under test conditions
Applying spaced repetition to flashcards for vocabulary-heavy domains like Matter and Processes of Life, and interleaving a few Space Science questions into each week's review rather than saving them all for one cram session, helps retention stick without over-allocating time to a domain that's only 4% of the test.
Passing requires a scaled score of at least 200, and because forms are equated for difficulty, the raw percentage needed varies by form - Florida's published maximum-percentage table puts the ceiling at roughly 72% correct. For a full explanation of how scaled scoring works, read our passing score breakdown. And if you want a fast reference while you study, our one-page cheat sheet condenses the highest-yield facts from all nine domains.
Once you're certified, understanding where this credential leads matters too - our jobs guide and ROI analysis cover what districts look for in middle-grades science teachers. You can also run full-length practice sessions modeled on the actual domain weighting over on our practice test platform to see where your scores land before test day.
Frequently Asked Questions
Start with Domain 1 (Structure and Behavior of Matter) and Domain 6 (Processes of Life) since they tie as the largest domains at 14% each. Getting these solid early gives you the biggest score impact per study hour.
Not proportionally. Domain 5 (Space Science) is only 4% of the exam, the smallest of all nine domains, so a lighter review pass is appropriate compared to the physical-science and life-science domains.
Yes. Domain 8 (Science Learning Environment) and Domain 9 (Process Skills and Scientific Inquiry) combine for 18% of the test, covering lab safety, chemical storage, organism care, and experimental design - content that's just as testable as chemistry or biology facts.
Yes. Several skills within Domain 4 (Earth and the Processes That Affect It) are anchored to Florida geology, and several skills within Domain 7 (Effects of Physical and Biological Factors on the Environment) are anchored to Florida ecosystems specifically.
No. No reference materials or calculators are provided for the FTCE MGGS 5-9 (004) exam, which particularly affects the quantitative reasoning required in Domains 1, 2, and 3.