MTEL General Science (64) study plan
MTEL General Science (64) · Give each week a clear focus.
8 weeks · About 6 hours per week
General Science content domains (not enumerated in source)
Map the full MTEL General Science (64) subarea list from the official test framework and convert each subarea into a weighted checklist so the heaviest subareas are scheduled first
Diagnose baseline knowledge by taking one full-length practice test under timed conditions and logging every missed item by subarea
Rank the subareas by (framework weight x personal error rate) to confirm which content areas deserve the most study hours in weeks 2-5
Build a spaced-repetition deck seeded with the 40 highest-frequency science terms and formulas encountered on the diagnostic
Your checkpoint
A one-page diagnostic report listing each subarea, its framework weight, your percent correct, and a ranked priority order with hours allocated
General Science content domains (not enumerated in source)
Explain and apply core physics concepts: Newton's laws, work and energy, conservation of momentum, and simple machines, solving at least 25 calculation and conceptual items
Interpret and construct distance-time and velocity-time graphs, and convert between units using dimensional analysis
Describe wave behavior including reflection, refraction, diffraction, and the electromagnetic spectrum, and relate wavelength to frequency
Trace series and parallel circuits qualitatively and apply Ohm's law to simple numeric problems
Your checkpoint
A worked problem set of 30 physics items with written justifications for each answer choice, scored at 80% or better
General Science content domains (not enumerated in source)
Apply atomic structure, periodic trends, bonding types, and the mole concept to predict properties and balance equations
Distinguish chemical and physical changes and classify reaction types including synthesis, decomposition, single replacement, double replacement, and combustion
Explain acids, bases, pH, and neutralization, and interpret simple solubility and concentration problems
Connect chemistry concepts to everyday phenomena such as combustion, corrosion, and phase changes
Your checkpoint
A 25-item chemistry quiz you write yourself, including an answer key with a one-sentence rationale per distractor
General Science content domains (not enumerated in source)
Compare cell structure and function across prokaryotes, eukaryotes, plants, and animals, and explain transport across membranes
Describe photosynthesis and cellular respiration as complementary energy transformations, tracking inputs and outputs
Apply Mendelian and non-Mendelian inheritance patterns to solve Punnett square and pedigree problems
Explain DNA structure, replication, transcription, and translation, and relate mutation to variation
Outline natural selection and classify organisms using the major kingdoms and domains
Your checkpoint
A concept map linking genetics, evolution, and cell energy, plus 20 solved genetics and physiology items
General Science content domains (not enumerated in source)
Interpret Earth's internal structure, plate tectonics, and the rock cycle using diagrams you draw yourself
Explain weathering, erosion, deposition, and the formation of soil and sedimentary layers
Describe the water cycle, weather systems, and the difference between weather and climate, including greenhouse effect mechanisms
Analyze fossils, superposition, and radiometric dating to order geologic events
Your checkpoint
A hand-drawn cross-section diagram of Earth annotated with tectonic, rock-cycle, and dating processes, plus a 15-item quiz scored at 80% or better
General Science content domains (not enumerated in source)
Describe the solar system, planetary motion, seasons, moon phases, and eclipses, correcting common misconceptions
Explain stellar life cycles, the electromagnetic spectrum in astronomy, and evidence for the scale and age of the universe
Identify safety procedures, measurement tools, and the scientific method as applied to classroom investigations
Interpret data tables, graphs, and experimental designs to identify variables, controls, and sources of error
Your checkpoint
A written analysis of two experimental scenarios identifying independent, dependent, and controlled variables, plus 15 astronomy items scored at 80% or better
General Science content domains (not enumerated in source)
Take a second full-length timed practice test and compare subarea scores against the week 1 baseline
Re-teach your three weakest subareas by writing short explanatory summaries without notes
Practice constructed-response style reasoning by justifying why each distractor in 20 missed items is wrong
Consolidate the formula sheet and vocabulary deck, removing items you now answer instantly
Your checkpoint
A comparison chart of baseline versus current subarea scores with a targeted list of no more than five remaining weak areas
General Science content domains (not enumerated in source)
Complete a third timed practice test under realistic conditions and review every item, including correct ones
Drill only the remaining weak areas using focused 20-minute study blocks with immediate self-quizzing
Rehearse test-day logistics: pacing targets per item, calculator and reference rules, and break scheduling
Run a final rapid review of the formula sheet and vocabulary deck the day before the exam
Your checkpoint
A final readiness sheet showing three practice-test scores, the trend by subarea, and a signed pacing plan for test day
Milestones
Week 2: Physics problem set scored at 80% or better and all missed items logged by subarea
Week 4: Chemistry and biology deliverables complete; baseline-to-current subarea scores show improvement in at least three areas
Week 6: Earth, space, and inquiry deliverables complete; second full-length practice test taken and scored above baseline
Week 8: Third timed practice test completed with a stable or rising subarea trend and no subarea below 70% on the final review