Teaching Middle School Chemistry Out of Field: A Ready Curriculum
If you were assigned middle school chemistry without a chemistry background, Chemistry Complete – Middle School supplies a focused grades 6–8 core on matter and the periodic table, with answer keys. Its 20+ resources cover states of matter, density, physical versus chemical changes, atomic structure at a conceptual level and periodic table patterns. These are the topics where a confident explanation matters most.
See the chemistry curriculum →Chemistry Complete – Middle School is a no-prep curriculum for grades 6–8, from $149.90, with 20+ resources. It covers states of matter, mass, volume, density, solubility, physical versus chemical changes, atomic structure at a conceptual level, elements, compounds, chemical symbols, periodic table patterns, and metals versus nonmetals, along with inquiry practices. Answer keys help a teacher outside their certification explain and check the core chemistry correctly.
The curriculum
Chemistry Complete – Middle School, Grades 6–8
Start with the full curriculum. The other resources below are optional add-ons. Open any cover for the full contents and price.
Chemistry Complete – Ready-to-Use Curriculum for Middle School Chemistry
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STEM Complete Curriculum Bundle | Grades 6–10
Teach-Life-Balance: The Complete Time-Saving Course for Teachers (incl. Planner, Guides & Templates)
The real problem
What makes middle school chemistry hard to teach cold
Chemistry is about things nobody can see, and that is the core difficulty. Atoms, electrons and bonds have to be taught through models, and a teacher who is unsure of the model tends to pass on muddled versions of it. Ask a room of sixth graders whether dissolving sugar is a physical or a chemical change and you will get a lively argument. You need to be certain of the answer and able to explain why. Density is another common sticking point: students confuse it with weight, and the calculation of mass divided by volume only makes sense once the idea is clear. The periodic table looks like a chart to memorize, but the useful lesson is the patterns in it, why metals sit on one side and why elements in a column behave alike. Without some training, it is hard to teach the table as anything more than a list. Then there is the question of hands-on work. Chemistry is the science most associated with experiments, and an out-of-field teacher may not know what is safe to demonstrate, what equipment the school has, or how to run inquiry without a full lab.
Why it fits
How the curriculum gives you footing
The core concepts are explained and keyed, so you teach from a correct model from the start.
- Physical versus chemical change lessons come with answer keys that settle the classroom arguments correctly.
- Mass, volume and density are taught in sequence, so the calculation follows the concept instead of replacing it.
- Atomic structure is kept at a conceptual level, which matches middle school and does not assume a chemistry degree.
- Periodic table lessons focus on patterns and on metals versus nonmetals rather than pure memorization.
- Elements, compounds and chemical symbols are introduced with practice tasks you can check against the keys.
- Inquiry tasks let students reason from observations and data even when lab access is limited.
Getting started
Getting started with chemistry
One way to use the first two weeks, starting with observable matter before moving to the invisible atom.
- Begin with matter students can seeTeach states of matter first. Ice, water and steam are familiar, and starting with what students observe gives you a solid base before the abstract atomic material.
- Settle physical versus chemical changeWork through the change worksheets and answer keys at home first. List the examples that surprised you; those are the cases to discuss in class.
- Teach density as an idea firstAsk why a large log floats while a small stone sinks before introducing any formula. Then use the density lessons to connect the idea to mass and volume calculations.
- Check with your science departmentBefore any demonstration, ask the department what equipment exists and which safety rules apply. No kits are included, and your school's procedures decide what you can do in the room.
- Introduce the periodic table as a mapPresent the table as an organized map with patterns. Have students find metals and nonmetals and predict properties from position before they memorize any symbols.
Which version
Picking a chemistry version
The base Chemistry Complete – Middle School at $149.90 has the 20+ resources, a focused core on matter and the periodic table. The $189.90 version adds Teach-Life-Balance, a digital course with a planner, guides and templates for teacher workload; it contains no chemistry. If you teach chemistry within a broader physical science course, Physics Complete – Middle School covers motion, forces and energy with the same structure, and TEACHMORE15 gives 15% off when you buy two or more. Biology Complete and the STEM Complete Curriculum Bundle may appear as related options.
Honest limits
Where you will need to add your own
With 20+ resources, this is a core for matter and the periodic table rather than a lesson for every day of a year; plan your own review and practice. It does not include chemicals, glassware or lab kits, and any demonstrations must follow your school's safety rules. Its practices are not certified as NGSS-aligned, and you should check it against your state standards. Chemical reactions beyond physical versus chemical change, such as equations, are not listed, so check whether your course needs them. Ask Teach Lessons before sharing. If it is not a fit, exchange it within 7 days for equal store credit, not cash.
Good to know
Frequently asked questions
Is it NGSS-aligned or accepted by my state?
No such claim is made. The curriculum is not endorsed, adopted or certified by NGSS, any state or any district. It includes inquiry practices and is written for U.S. middle school classrooms. Compare its topics, from states of matter to periodic table patterns, with your state science standards before using it as your official plan.
Can I teach chemistry with no lab?
Yes, for this content. The lessons rely on models, observations and data, and many ideas, such as states of matter and density, can be shown with everyday materials. No equipment or chemicals are included. If you want to run any demonstration, check with your school about safety rules first.
How deep does the atomic structure go?
It stays at a conceptual level, as suits grades 6–8. Students learn that atoms have parts and that elements differ by their atomic makeup, and they connect that to the periodic table. It does not go into advanced models or calculations, which keeps it within reach for an out-of-field teacher.
Is 20+ resources enough?
It is a focused set covering matter and its properties and atoms, elements and the periodic table. It works as a full sequence or as individual units, but it is not a lesson for every day of a full school year. Many teachers use it as the chemistry part of a physical science course and add practice and review of their own.
Does it include chemical equations?
Balancing equations is not part of the content described. The curriculum covers states of matter, mass, volume, density, solubility, physical versus chemical changes, atomic structure, elements, compounds, symbols and periodic table patterns. If your course requires equations, check the product page and plan to add them.
What if my students know more chemistry than I do?
In middle school that is rare, but some students read a lot. Rely on the answer keys, admit when you need to check something, and turn their questions into extension work. The inquiry tasks also let curious students go further with the data while the rest of the class works on the core.
Teach chemistry from a correct model
The product page shows exactly what the 20+ resources contain.
See the chemistry curriculum →