- FTCE MGGS 5-9 (004) means Florida Teacher Certification Exam, Middle Grades General Science, grades 5-9, test code 004.
- It's a Florida Department of Education Subject Area Examination built by Pearson Evaluation Systems (NES).
- The test is roughly 80 multiple-choice items in 2 hours 30 minutes, with no calculator or reference sheet.
- Matter and Processes of Life tie as the largest domains at 14% each; Space Science is smallest at 4%.
What the Letters Actually Stand For
FTCE MGGS 5-9 (004) breaks down piece by piece into a fairly literal description of what the credential covers. "FTCE" stands for Florida Teacher Certification Examinations, the umbrella system Florida uses to verify subject-matter readiness for classroom teachers. "MGGS" stands for Middle Grades General Science, the specific subject area this exam certifies. "5-9" identifies the grade span the certification authorizes a teacher to instruct - grades five through nine. And "(004)" is the official test code Florida and its testing vendor use to distinguish this exam from every other Subject Area Examination in the FTCE catalog.
Put together, the name tells you almost everything you need to know before you ever open a study guide: this is a Florida-specific licensure test, focused on general science content (not a single discipline like biology or chemistry alone), aimed at teachers who will work with students roughly in fifth through ninth grade. If you're still getting oriented to the basics, the What Is FTCE MGGS 5-9 (004)? overview and the companion FTCE MGGS 5-9 (004) Meaning page both expand on this naming convention in more detail.
Who Governs and Administers This Exam
FTCE MGGS 5-9 (004) is governed by the Florida Department of Education, which sets the certification requirements, passing standard, and content standards. The exam itself is developed and administered by Pearson Evaluation Systems (NES), the vendor responsible for delivering the computer-based test at authorized centers throughout Florida and at additional sites nationwide. This two-tier structure - a state agency setting policy, a testing company handling delivery - is standard for licensure exams, but it's worth understanding because it explains why registration, scheduling, and score reporting all run through Pearson's systems rather than a school district or university.
For a full walkthrough of eligibility rules tied to this governance structure, see FTCE MGGS 5-9 (004) Requirements 2026: Eligibility, Prerequisites & How to Qualify.
Format: What "004" Actually Tests
The exam consists of approximately 80 multiple-choice questions, all with four answer options, administered in a 2 hour and 30 minute computer-based session. Rather than a single item style, the test mixes several formats to check different kinds of understanding:
- Direct questions that ask for a straightforward factual or conceptual answer
- Command items that instruct the candidate to identify, select, or determine something specific
- Sentence completions that test precise vocabulary and conceptual fit
- Scenario-based items built around a classroom or laboratory situation
- Graphic-based items requiring interpretation of a diagram, chart, or data table
Some forms include unscored field-test questions mixed in with scored items, which candidates cannot distinguish during the test - a reason to treat every question with equal seriousness rather than trying to guess which ones "count." No reference materials or calculators are permitted, which means quantitative reasoning in physics and chemistry domains must be handled through memorized formulas and mental math rather than lookup sheets. This no-tools condition is one of the more distinctive features of the "004" format compared to open-reference tests, and it's covered in depth in How Hard Is the FTCE MGGS 5-9 (004) Exam? Complete Difficulty Guide 2026.
Key Takeaway
Because no calculator is allowed, practice solving basic motion, energy, and stoichiometry-style problems by hand well before test day rather than relying on calculator habits built during coursework.
The Nine Domains Behind the Name
"General Science" in the exam's name isn't vague - it's defined by nine explicit domains that Florida uses to structure every form of the test. Two of them are ties for the largest share of the exam, and one is deliberately tiny.
Domain 1: Structure and Behavior of Matter (14%)
Covers atomic structure, periodic trends, chemical bonding, states of matter, and reaction types - tied for the largest domain on the test.
- Expect quantitative items on molarity, stoichiometry, and gas laws without a calculator
Domain 2: Forces and Motion (13%)
Newtonian mechanics, simple machines, momentum, and Florida-relevant applications of motion concepts.
- Be ready for free-body diagram reasoning presented as scenario items
Domain 3: Energy and Its Effects (12%)
Thermal, electrical, and wave energy, energy transformation, and conservation principles.
- Graphic-based items often show energy transfer diagrams to interpret
Domain 4: Earth and the Processes That Affect It (13%)
Plate tectonics, rock cycle, weathering, and several skills anchored specifically to Florida geology.
- Know Florida-specific landforms and geological features, not just generic Earth science
Domain 5: Space Science (4%)
By far the smallest domain - celestial motion, the solar system, and basic astronomy concepts.
- Don't overinvest study time here relative to its weight
Domain 6: Processes of Life (14%)
Cell biology, genetics, human body systems, and life processes - tied with Matter for the largest weight.
- Anticipate detailed items on cellular respiration and heredity
Domain 7: Effects of Physical and Biological Factors on the Environment (10%)
Ecosystem interactions, environmental science, and skills anchored specifically to Florida ecosystems.
- Study Florida-specific habitats such as wetlands and coastal systems
Domain 8: The Science Learning Environment (5%)
Laboratory safety, chemical storage and disposal, and care and handling of organisms in a classroom setting.
- Memorize safety protocol sequencing - these items are often scenario-based
Domain 9: Process Skills and Application of Scientific Inquiry (13%)
Design of scientific investigations, data interpretation, and instructional technology use.
- Expect graphic items asking you to evaluate an experimental design
Notice the pattern: the three physical-science domains (Matter, Forces and Motion, and Energy) together make up 39% of the entire test - nearly two-fifths of your score comes from physics and chemistry content alone. Meanwhile Space Science sits at just 4%, the smallest slice by a wide margin. For a domain-by-domain study sequence built around these exact weights, see the FTCE MGGS 5-9 (004) Exam Domains 2026: Complete Guide to All 9 Content Areas.
| Domain Group | Combined Weight | Study Priority |
|---|---|---|
| Physical Sciences (Domains 1-3) | 39% | Highest - largest single content block |
| Life & Environmental Science (Domains 6-7) | 24% | High |
| Earth & Space Science (Domains 4-5) | 17% | Moderate, Earth heavier than Space |
| Teaching-Focused (Domains 8-9) | 18% | Moderate, scenario-heavy items |
Registration, Fees, and Retake Rules
Understanding the name also means understanding how you actually sit for the exam. There is no prerequisite exam or coursework required just to register for FTCE MGGS 5-9 (004) - anyone can schedule it. However, actual certification requires a bachelor's degree and appropriate subject-area preparation, so registration eligibility and certification eligibility are two different things.
- Registration fee: $150 for the first attempt and $150 for each retake - a flat structure that replaced Florida's older split first-attempt/retake pricing
- Retakes require waiting 31 calendar days between attempts, with no limit on total attempts
- A test you've already passed cannot be retaken for three years
- Score verification, if you want your results manually rechecked, costs $75
- Score reports are released within four weeks of your test date
The passing standard is a scaled score of at least 200. Because different test forms are equated for difficulty, the raw number of questions you need correct shifts slightly form to form - Florida's published maximum-percentage table puts the ceiling at roughly 72% correct, meaning even a very strong performance doesn't require a near-perfect raw score. Full fee tables and a breakdown of every cost associated with certification live in FTCE MGGS 5-9 (004) Certification Cost 2026: Complete Pricing Breakdown, and the scoring mechanics get a dedicated explanation in FTCE MGGS 5-9 (004) Passing Score 2026: Exactly What You Need to Pass.
Who Actually Needs This Certification
Candidates pursuing FTCE MGGS 5-9 (004) are typically aiming to teach general science in Florida middle schools - public school positions covering grades five through nine where a single teacher may be responsible for biology, chemistry, physics, Earth science, and environmental science content within one classroom rather than a single specialized discipline. This is different from single-subject secondary certifications, which is exactly why the exam spans nine domains instead of concentrating on one field.
If you're evaluating whether this path fits your career goals, Is the FTCE MGGS 5-9 (004) Certification Worth It? Complete ROI Analysis 2026 and the FTCE MGGS 5-9 (004) Salary Guide 2026: Complete Earnings Analysis both address the practical outcomes tied to holding this credential. For a broader look at the certification pathway itself, see FTCE MGGS 5-9 (004) Certification and FTCE MGGS 5-9 (004) Jobs.
Turning the Name Into a Study Plan
Once the acronym and domain structure make sense, the smartest next step is mapping study time to domain weight rather than spreading effort evenly across nine areas. Given that Matter (14%) and Processes of Life (14%) tie for the heaviest domains, and the three physical-science domains together account for 39% of the test, a disciplined candidate should front-load review time there rather than treating Space Science (4%) as equally urgent.
Physical Science Core (Domains 1-3)
- Drill matter, forces/motion, and energy problems without a calculator
- Practice interpreting graphic-based items on energy transfer
Life and Environmental Science (Domains 6-7)
- Review cell biology, genetics, and Florida ecosystem-specific content
- Practice scenario items on environmental interactions
Earth and Space Science (Domains 4-5)
- Focus most time on Florida geology; give Space Science lighter, targeted review given its 4% weight
Teaching Domains and Full Review (Domains 8-9)
- Study lab safety, chemical storage, and scientific inquiry design
- Run a full-length timed practice session under no-reference conditions
For a structured week-by-week plan with more detail than this overview, the FTCE MGGS 5-9 (004) Study Guide 2026: How to Pass on Your First Attempt walks through pacing in full, and a condensed reference for final review is available in the FTCE MGGS 5-9 (004) Cheat Sheet 2026: One-Page Review of Must-Know Facts. You can also work through timed, domain-weighted questions on our practice test platform to get comfortable with the four-option, no-calculator format before test day, and check FTCE MGGS 5-9 (004) Exam Dates 2026: Testing Windows, Deadlines & Scheduling for scheduling windows once you've built a timeline.
Frequently Asked Questions
Florida Teacher Certification Examinations, Middle Grades General Science, grades 5-9, test code 004 - the official Subject Area Examination number Florida and Pearson use to identify this specific test.
No. It covers general science across chemistry, physics, Earth and space science, biology, and environmental science, plus two teaching-focused domains, rather than concentrating on one discipline.
No prerequisite exam or coursework is required to register, but earning the certification itself requires a bachelor's degree and appropriate subject-area preparation.
Approximately 80 multiple-choice questions with four options each, administered in 2 hours and 30 minutes, with no calculator or reference materials allowed.
A scaled score of at least 200. Because forms are equated for difficulty, the exact raw percentage needed varies slightly, with Florida's table placing the ceiling around 72% correct.