MONTANATHE TREASURE STATEMontana High School Chemistry Prep Online Center
Everything Montana chemistry students need — full-length practice tests, 194 flashcards, a 64-card quick review, and a worked explanation for every question.
Jump into Montana Chemistry
Montana Chemistry Practice Tests
These full-length tests cover the chemistry your Montana course teaches, in the item styles used on the ACT with Writing.
Each test has 80 questions and a 100-minute timer you can switch off. Multiple choice, select-all, numerical fill-in, ordered-response and hot-spot questions are all included, and every question comes back with a worked explanation. Tests open right here on the page.
Montana Chemistry Study Tools
Two free tools that open right here on the page. Use them between practice tests to close the gaps the score report shows you.
🃏 Chemistry Flashcards
194 cards across all nine units — every term, formula and rule a high-school chemistry course expects you to recall on sight. Shuffle, flip, and star the ones you miss.
⚡ Chemistry Quick Review
64 cards of big ideas, must-know facts, easy-to-confuse pairs and exam traps. Built for the night before, when you need the whole course in one pass.
Both tools are the same for every state, because the chemistry is. What changes state to state is the exam wrapped around it — that is what the practice tests above handle.
Join students who study with a clearer path
This online center is part of the Effortless Math library for high-school chemistry. We connect lessons, worksheets, practice tests, books, and tools so students can study with a clearer next step.
Effortless Math is an independent educational publisher. Test names, state exams, standards names, and trademarks are used only to identify the relevant study topic; their owners do not sponsor, endorse, or approve this page.
Montana Chemistry Topics
The nine units below are the shape of a full high-school chemistry course. Montana’s Montana Content Standards for Science (the ACT science section itself is built on ACT’s own science reporting categories covers this ground, though the order your teacher takes it in may differ.
Foundations, Math, and Measurement
- Evidence and the Scientific Method
- Ratios, Percentages, and Signed Change
- Scientific Notation and Exponents
- Significant Figures
- Units, Prefixes, and Dimensional Analysis
- Density, Accuracy, and Uncertainty
Matter, Atoms, and Periodic Trends
- States of Matter and Changes of State
- Physical and Chemical Properties
- Inside the Atom
- Atomic Number, Isotopes, and Ions
- Elements, Compounds, and Mixtures
- Nuclear Chemistry
- Electron Configuration and Valence Electrons
- Periodic Trends
Bonding, Shape, and Forces
- Why Atoms Bond and Lewis Symbols
- Ionic Bonding and Lattices
- Covalent Bonding and Lewis Structures
- Bond Polarity and Molecular Polarity
- VSEPR and Molecular Shape
- Intermolecular Forces and Solubility
Moles, Formulas, and Stoichiometry
- The Mole and Molar Mass
- Particle, Mole, and Mass Conversions
- Percent Composition by Mass
- Empirical and Molecular Formulas
- Hydrates and Water of Crystallization
- Mole Ratios and Mass-to-Mass Stoichiometry
- Limiting Reactant, Excess, and Percent Yield
Reactions and Aqueous Chemistry
- Conservation of Mass and Balancing Equations
- Synthesis, Decomposition, and Combustion
- Single Replacement and the Activity Series
- Solubility Rules and Precipitation
- Net Ionic Equations and Spectator Ions
- Neutralization and Gas-Forming Reactions
- Oxidation Numbers and Redox
Energy, Rates, and Equilibrium
- Energy, Heat, and Sign Conventions
- Specific Heat and Calorimetry
- Enthalpy, Bond Energy, and Activation Energy
- Phase Changes and Heating Curves
- Reaction Rate and Collision Theory
- Factors That Change Rate, and Catalysts
- Dynamic Equilibrium and Le Chatelier’s Principle
Gases, Solutions, and States
- Gas Laws and the Kelvin Scale
- The Ideal Gas Law and Gas Stoichiometry
- Dalton’s Law and Gas Collected Over Water
- Phase Changes, Heating Curves, Phase Diagrams
- Solubility Curves and Saturation
- Molarity, Molality, and Dilution
Acids, Bases, and Electrochemistry
- Acids, Bases, and the Two Models
- pH, pOH, and Concentration
- Neutralization and Indicators
- Buffers: Range and Capacity
- Titrations: Burette, Stoichiometry, Curve
- Redox and Oxidation Numbers
- Voltaic and Electrolytic Cells
Applied Chemistry and the Lab
- Carbon Compounds and Functional Groups
- Biomolecules, Enzymes, and Body Buffers
- Home and Health Chemistry: Dose and Hazard
- Environmental Chemistry: Cycles, Fate, Dose
- Materials and Laboratory Practice
Power Review
- Unit Cancellation as a Route Finder
- Significant Figures in a Final Answer
- Reading a Graph and Using Slope
- Conservation of Mass and Charge
- Choosing the Right Relationship
Montana Chemistry Standards and Assessment
Montana does not give a separate chemistry exam. Chemistry content is assessed within the ACT with Writing (science section), administered as the MontCAS high school science assessment, alongside the other science disciplines.
| Standards | Montana Content Standards for Science (the ACT science section itself is built on ACT’s own science reporting categories, not Montana chemistry standards) |
|---|---|
| Course name | Chemistry |
| State exam | ACT with Writing (science section), administered as the MontCAS high school science assessment |
| Chemistry-specific exam | No — chemistry is assessed inside a broader science test |
| Questions | 40 |
| Time | 35 minutes |
| Question types | multiple choice |
| Calculator | Not permitted; calculators are allowed only on the ACT mathematics test |
| Required to graduate | No |
What this means for you
Montana has no chemistry or even content-based science test: grade 11 students take the ACT, whose 40-item, 35-minute science section is a data-and-research-summary reasoning test rather than a content exam, so chemistry knowledge is only incidental. Passing is not required for graduation; the ACT is used for federal accountability and college/career readiness reporting.
Montana Chemistry FAQ
Does Montana have a state chemistry exam?
Not a chemistry-only one. Chemistry content is assessed inside a broader science measure: ACT with Writing (science section), administered as the MontCAS high school science assessment.
What is on these practice tests?
Each test has 80 questions drawn from the full high-school chemistry course — measurement and significant figures, atomic structure and periodic trends, bonding and molecular shape, the mole and stoichiometry, reactions and solutions, thermochemistry, kinetics and equilibrium, gases, acids and bases, electrochemistry, and lab practice. Question types include multiple choice, select-all, numerical fill-in, ordered response and hot spot.
How long does a test take?
About 100 minutes if you use the timer. You can also take it untimed, which is the better choice the first time — you learn more from working a problem through than from running out of clock.
Are the 2 tests different from each other?
Yes. No question is shared between them, so a second test is a real second measurement rather than a memory check.
Do I need an account?
No. Every test, the flashcards and the quick review are free and open, with no login and nothing to install. They open in a window on this page, your answers stay put while it is open, and your score and explanations appear the moment you submit.
Can I use a calculator?
On the ACT with Writing: Not permitted; calculators are allowed only on the ACT mathematics test The practice tests here let you use whatever your class allows.
Chemistry in Other States
Explore chemistry standards, practice tests and study tools for every state.
Make This Your Montana Chemistry Starting Point
Take a practice test, find the unit that pulled your score down, and study it with the flashcards and quick review. Then take the second test and see the difference.