- FTCE MGGS 5-9 (004) has about 80 multiple-choice questions in 2 hours 30 minutes, with no calculator or reference sheet.
- Pearson Evaluation Systems (NES) develops and administers the computer-based test for the Florida Department of Education.
- Registration costs $150 per attempt, including retakes, with no split first-attempt/retake pricing anymore.
- Matter and Processes of Life tie as the largest domains at 14% each; Space Science is smallest at just 4%.
What Is the FTCE MGGS 5-9 (004)?
The FTCE Middle Grades General Science 5-9 (004) exam is a Florida subject area certification test built to confirm that a candidate has the science content knowledge and pedagogical judgment needed to teach general science in grades 5 through 9. It is not a general teaching-methods test and it is not a licensure exam from another state or organization - it is a Florida-specific credentialing exam tied directly to the state's middle-grades science standards. If you're aiming to teach in a Florida public middle school science classroom, this is very likely the test standing between you and your subject-area certification.
Because the exam blends chemistry, physics, Earth and space science, biology, and environmental science with two dedicated teaching-practice domains, it asks candidates to think like both a scientist and a classroom teacher. For a full breakdown of how those content areas are weighted and tested, see the FTCE MGGS 5-9 (004) Exam Domains 2026 guide.
Who Governs and Administers the Exam
The Florida Department of Education owns and governs the FTCE MGGS 5-9 (004) exam program, setting the content standards, passing requirements, and policy rules. Day-to-day test development and delivery, however, are handled by Pearson Evaluation Systems, operating under the NES testing platform. Test forms are delivered as computer-based tests at official testing centers located throughout Florida and at additional sites nationwide, which means out-of-state candidates pursuing Florida certification are not necessarily required to travel into the state to sit for the exam.
This split responsibility - state ownership of standards, third-party administration of testing logistics - is fairly typical of state-level educator certification exams, but it's worth understanding because it explains why registration, scheduling, and score reporting all run through Pearson/NES systems rather than a Florida state office directly.
Exam Format, Timing, and Question Types
Candidates sit for approximately 80 multiple-choice questions within a 2-hour-30-minute testing window. Every question offers four answer options, and the exam mixes several question styles rather than relying on a single format:
- Direct questions - straightforward content recall or application items.
- Command items - items phrased as instructions (e.g., "identify," "select," "determine").
- Sentence completions - fill-in-the-blank style stems.
- Scenario-based items - classroom or laboratory situations requiring applied judgment.
- Graphic-based items - questions built around charts, diagrams, or data displays.
Some forms include unscored field-test questions mixed in with scored items, which means candidates should treat every question as if it counts rather than trying to guess which ones are experimental. No calculators or reference materials are provided, so any formula, unit conversion, or periodic-table detail needed for a quantitative item has to be recalled from memory. This detail alone changes how you should prepare for the physical-science domains - see the FTCE MGGS 5-9 (004) Study Guide for a breakdown of which formulas and constants are worth committing to memory versus which concepts are tested conceptually.
Key Takeaway
Because no calculator is allowed, practice doing unit conversions and basic physics/chemistry calculations by hand well before test day - mental math speed matters as much as concept knowledge.
The Nine Content Domains at a Glance
FTCE MGGS 5-9 (004) is organized into nine domains spanning both hard-science content and science-teaching practice. The three physical-science domains together make up 39% of the test, making them collectively the heaviest content cluster on the exam, even though no single one of them is the largest individual domain.
| Domain | Weight |
|---|---|
| 1. Structure and Behavior of Matter | 14% |
| 2. Forces and Motion | 13% |
| 3. Energy and Its Effects | 12% |
| 4. Earth and the Processes That Affect It | 13% |
| 5. Space Science | 4% |
| 6. Processes of Life | 14% |
| 7. Effects of Physical and Biological Factors on the Environment | 10% |
| 8. The Science Learning Environment | 5% |
| 9. Process Skills and Application of Scientific Inquiry | 13% |
Matter and Processes of Life (14% each)
These two domains tie for the largest share of the test. Matter covers atomic structure, states and properties of matter, and chemical/physical changes, while Processes of Life covers cellular biology, genetics, human body systems, and life processes across organisms.
- Expect quantitative items involving moles, density, or stoichiometry-adjacent reasoning in Matter
- Expect scenario items involving organism care/handling standards in Processes of Life
Space Science (4%)
The smallest domain by far, Space Science still deserves a focused review pass rather than being skipped, since every point matters toward the 200 scaled-score threshold.
- Solar system structure, celestial motion, and basic astronomy vocabulary
- Don't over-invest study hours here relative to its 4% weight
Domains 8 and 9: The Teaching-Practice Domains
Unlike the five science-content domains, Domain 8 (The Science Learning Environment) and Domain 9 (Process Skills and Application of Scientific Inquiry) test how you apply science knowledge in a classroom setting.
- Laboratory safety protocols and chemical storage/disposal procedures
- Proper care and handling of living organisms used in instruction
- Use of instructional technology to support science learning
- Designing valid scientific investigations, including controls and variables
Several skills across these domains are anchored specifically to Florida geology and Florida ecosystems, so generic national science content review isn't fully sufficient - you need materials that address Florida-specific Earth science and environmental features directly. A domain-by-domain study sequence is covered in depth in the Exam Domains 2026 guide, and a first-hand sense of how tough the mix actually feels is covered in How Hard Is the FTCE MGGS 5-9 (004) Exam?.
Registration, Fees, and Retake Rules
Registering for FTCE MGGS 5-9 (004) does not require any prerequisite exam or coursework - anyone can register directly. However, actual certification still requires holding a bachelor's degree along with appropriate subject-area preparation, so passing the test alone doesn't complete the certification pathway.
- Registration fee: $150 for the first attempt, and $150 for each subsequent retake - a flat structure that replaced Florida's older split pricing between first attempts and retakes.
- Retake waiting period: 31 calendar days between attempts, with no cap on the total number of attempts allowed.
- Passed test rule: once you pass, you cannot retake that same test for three years.
- Score verification: available for a $75 fee if you want your score manually rechecked.
- Score reporting: results are released within four weeks of your test date.
For a complete cost breakdown including how these fees stack up against the rest of the certification pathway, see FTCE MGGS 5-9 (004) Certification Cost 2026. If you're unsure whether you currently qualify to sit for the exam, the Requirements guide walks through eligibility in detail, and testing windows are covered in the Exam Dates 2026 guide.
How Passing Scores Work
To pass, you need a scaled score of at least 200. This is not a raw percentage - Pearson/NES equates each test form for difficulty, which means the number of raw questions you need correct can shift slightly from form to form. Florida's published maximum-percentage table puts the ceiling at roughly 72% correct, meaning even a very strong performance doesn't translate to anywhere near a "100%" raw score by design. Understanding scaled versus raw scoring matters because it changes how you interpret practice test results while studying - a practice score in the high 60s to low 70s percent range on realistic material may already represent a passing-caliber performance, not a failing one.
A full explanation of scaled scoring mechanics, including how the 200 cut interacts with question difficulty weighting, is available in the Passing Score 2026 guide.
Key Takeaway
Don't panic if a practice test shows you missing 25-30% of items - because of equating and the roughly 72% maximum-percentage ceiling, that range can still be consistent with a passing scaled score.
Who Takes This Exam and Why
The primary audience for FTCE MGGS 5-9 (004) is anyone pursuing Florida certification to teach general science to middle-grades students, whether they're coming out of a traditional teacher-preparation program, an alternative certification pathway, or a career-change route into education. Because the content spans five separate science disciplines plus two applied-teaching domains, it particularly suits candidates whose undergraduate background is broad rather than narrowly specialized in a single science.
School districts hiring for middle-grades science positions typically look for this specific credential as evidence that a candidate can competently teach across the full science curriculum for that grade band - not just one subject like biology or chemistry in isolation. If you're weighing whether pursuing this certification lines up with your career goals, the ROI Analysis 2026 article and the Salary Guide 2026 lay out the practical considerations in more depth.
Building a Domain-Smart Study Plan
Rather than studying every domain equally, an efficient plan weights time by both domain size and personal weak spots. Given that Matter and Processes of Life each carry 14%, and the three physical-science domains together account for 39% of the test, most candidates get the biggest score gains by front-loading physical science review early, then circling back to biology, environmental science, and the two teaching-practice domains.
Physical Science Core
- Review Structure and Behavior of Matter (Domain 1) and Forces and Motion (Domain 2)
- Drill unit conversions and basic formulas by hand since no calculator is allowed
Energy and Earth Science
- Cover Energy and Its Effects (Domain 3)
- Study Earth and the Processes That Affect It (Domain 4), including Florida-specific geology topics
Life and Environmental Science
- Cover Processes of Life (Domain 6)
- Study Environmental Factors (Domain 7), including Florida ecosystem content
Teaching Practice and Inquiry
- Review lab safety, chemical storage, and organism handling for Domain 8
- Practice inquiry-design scenario questions for Domain 9
Space Science and Full Review
- Quickly cover Space Science (Domain 5) given its small 4% weight
- Take full-length timed practice sets under real test conditions
Once you've built a topic-by-topic base, timed practice under real exam conditions - no notes, no calculator, strict 2:30 time limit - becomes essential for building the pacing instincts the actual test demands. You can run full-length timed sets on our FTCE MGGS 5-9 (004) practice test platform to simulate the mixed question styles you'll see on test day. A condensed, last-week review resource is also available in the Cheat Sheet 2026 if you want a single-page recap of must-know facts across all nine domains.
Frequently Asked Questions
No. FTCE MGGS 5-9 (004) is governed by the Florida Department of Education specifically and is developed and administered by Pearson Evaluation Systems (NES) for Florida middle-grades science certification - it is not a nationally issued credential.
No prerequisite exam or coursework is required just to register and sit for the test. However, actual certification requires holding a bachelor's degree plus appropriate subject-area preparation, so the degree requirement applies to certification, not to test registration itself.
There is no limit on the number of attempts, but each retake requires waiting at least 31 calendar days and paying the full $150 registration fee again. Once you pass, you cannot retake that same test for three years.
No. No reference materials or calculators are provided or permitted, so any calculations in the physical-science domains must be done by hand from memorized formulas and concepts.
Matter and Processes of Life tie as the largest single domains at 14% each, and the three physical-science domains combined make up 39% of the test, so those areas offer the highest point return relative to Space Science, which is weighted at only 4%.