Middle School Chemistry Curriculum Without a Full Lab
Middle school teachers who have to teach chemistry with no fume hood, no glassware and no lab budget can use Chemistry Complete – Middle School, 20+ ready-to-teach resources for grades 6–8. Matter, atoms and the periodic table are taught through models, data and pattern-finding, so students build an understanding of states of matter, density, physical and chemical changes and elements from a regular classroom.
See the chemistry curriculum →Chemistry Complete – Middle School costs from $149.90 and holds 20+ no-prep resources for grades 6–8. Without a lab, it works through inquiry practices, models and data: states of matter, mass, volume, density, solubility and physical versus chemical changes, then atomic structure at a conceptual level, elements, compounds, symbols, periodic table patterns and metals versus nonmetals. It does not include lab kits or chemicals.
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.
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The real problem
Why chemistry feels impossible without a lab, and why it is not
Chemistry is the science teachers are most nervous to teach without a lab, and with good reason. Safety rules, chemical storage and disposal requirements mean that even a simple reaction demo can be off-limits in a regular classroom. But most of middle school chemistry is about ideas students cannot see anyway. Nobody watches an atom. Students learn atomic structure through models. They understand density by comparing mass and volume numbers. They recognize a chemical change by reasoning from evidence: a new substance, a color change, gas produced. They learn the periodic table by finding patterns in it. Each of those is a thinking task. The trouble is that middle schoolers find this content abstract, and without the fizz of a reaction they can lose interest fast. Density gets confused with weight. Elements, compounds and mixtures blur together. The periodic table looks like a wall of letters to memorize. What makes the difference is well-designed models and data that make the invisible concrete, and questions that lead students to find the patterns themselves rather than being told. That kind of material takes a lot of time to build from scratch.
Why it fits
How it works in a classroom without a lab
No chemicals, glassware or kits come with it. It gives you the models, data and pattern work that carry middle school chemistry.
- Density lessons use mass and volume data so students calculate and compare without measuring liquids.
- Physical versus chemical change tasks train students to reason from described evidence.
- Atomic structure at a conceptual level is taught through models and diagrams.
- Periodic table pattern work turns memorizing into noticing how elements are grouped.
- Metals and nonmetals lessons connect properties to position on the table.
- Inquiry practices keep students forming hypotheses and interpreting data throughout.
Getting started
Your first two weeks of chemistry at desks
One suggested sequence for starting. It is not a calendar included in the product.
- Begin with states of matterOpen with solids, liquids and gases using diagrams and models of particle arrangement. Students explain everyday examples, which gives you a read on what they already know.
- Separate mass, volume, densityTeach mass and volume as distinct ideas, then combine them into density with data. Have students compare objects by number before they compare them by intuition.
- Sort changes by evidenceGive students described scenarios and have them decide whether each is a physical or chemical change, and justify it. It builds the evidence habit early.
- Introduce the atom as a modelPresent atomic structure conceptually, making clear that the model is a way of thinking about something too small to see. Discuss what models can and cannot show.
- Find a periodic table patternEnd the second week by having students look for one pattern in the periodic table before you name it. Use the answer key to check their reasoning.
Which version
Choosing your version and whether to pair it
The $149.90 version includes the 20+ chemistry resources. The $189.90 version adds Teach-Life-Balance, a digital course with a planner, guides and templates for your own time management; it adds no chemistry. Because chemistry here is 20+ resources, teachers running a full physical science year often pair it with Physics Complete – Middle School, which covers motion, forces and energy in the same structure. Buying two or more Complete Curriculum packages with TEACHMORE15 gives 15% off.
Honest limits
What it does not provide
It does not include chemicals, glassware, safety equipment or lab procedures, and it does not replace a lab where your standards require one. With 20+ resources, it may not fill a full year of chemistry on its own; you may add your own lessons or another curriculum. Check it against your state science standards. To share with other science teachers in your school, send Teach Lessons a short message first. If it is not a fit, you can exchange it within 7 days for store credit of equal value, not a cash refund.
Good to know
Frequently asked questions
Is it aligned to NGSS or state science standards?
It is written for U.S. middle school classrooms and includes inquiry practices. It is not approved, endorsed or certified by NGSS, any state or district, and it does not claim official alignment. Compare the content with your state's physical science and chemistry standards before planning around it.
Does it include hands-on chemistry labs?
No. There are no lab kits, chemicals or bench procedures. The work is built on models, data, diagrams and reasoning from evidence, which is what lets it run in an ordinary classroom. Students still practice the core habits of chemistry, such as observing evidence, interpreting data and explaining what it shows.
What topics does it cover?
States of matter, mass, volume, density, solubility, physical and chemical changes, atomic structure at a conceptual level, elements, compounds, chemical symbols, periodic table patterns, and metals and nonmetals. The product page lists what is included. Check the list against your state standards and note anything you need to add from your own material.
Is it enough for a full year?
It has 20+ resources focused on matter and atoms. If chemistry is your entire year, you will likely add your own material. Many teachers pair it with Physics Complete – Middle School for a physical science course. Units can be used individually, so mixing in your own lessons is straightforward.
Can I add demonstrations later?
Yes, if your school allows them. The lessons do not depend on demos, so any you add are an extra. Follow your school's chemical safety and storage rules. Running a demo after students have predicted the outcome on paper tends to make it more meaningful.
How do I get access?
Access is instant after purchase. You get a download link by email, and the files remain in your customer account under Orders. You can download the files again from your account whenever you need them, and the product page lists what is included. Keep a copy on your school computer too.
Teach matter and atoms through models and data
Review the product page, check the topics against your standards, and decide whether to pair it with physics.
See the chemistry curriculum →