Get Ahead in Chemistry Before Class Starts
5 min read

Picture the first day of chemistry. The teacher gestures at the periodic table on the wall and asks if anyone can name a few elements. Most of the room studies their shoes. Your kid's hand is already up, because they know all of them.
This doesn't mean your kid is a genius (although maybe they are!), they just spent a few weeks over the summer playing games they learned the periodic table from, while other kids were scrolling.
Short answer: The best head start for high school chemistry is to learn the periodic table before the first day of class, the symbols, names, and common ions, the way your kid once learned the multiplication tables. Done over the summer in short daily games, about ten minutes a day, it means they walk in on day one already fluent in the language the entire course is written in.
A better answer than "get off your phone"
By July, the screen-time argument is exhausted and neither side is winning it. So stop fighting the screen and give it a job. Ten minutes a day of a game where they happen to learn the periodic table is a trade most kids will take, because it's a game, not a worksheet.
Recalling an answer to win a round, instead of re-reading it, is retrieval practice, one of the most reliable findings in memory research (Roediger and Karpicke, 2006). Doing a little every day instead of cramming is spaced practice, and in more than a hundred studies, students who spaced their practice remembered more than students who crammed (Cepeda et al., 2006). A summer of that is a real, durable head start.
The periodic table is chemistry's times tables
There's a reason to spend the head start on the periodic table specifically, and not, say, pre-reading the textbook. The table is the alphabet the whole course is written in. Every formula, every equation, every reaction is in these symbols.
Working memory has room for only a few things at once. A student who still has to stop and think "wait, what's Fe again?" spends those precious slots decoding symbols instead of following the actual chemistry. The kid who knows the table cold has those slots free for the hard part. Same as the kid who knew 7 times 8 without counting got to spend long division actually doing long division.
The first day is different when you already know
Walking into a hard class already knowing something is a good feeling, and an easy one to underrate.
The teacher notices the kid whose hand goes up. Classmates notice. But the person who notices most is your kid, the quiet realization that they're ahead, and this class they were nervous about might actually be theirs to win. That feeling is worth more than the head start itself, because a kid who believes they're good at chemistry tries harder at chemistry.
Two kinds of student on day one
| Hasn't learned the table | Spent the summer learning it | |
|---|---|---|
| First lecture | Decoding symbols, falling behind | Following the chemistry |
| When the teacher asks | Looks down | Hand up |
| The feeling | "I'm already lost" | "I've got this" |
| Week two | Cramming vocab | Building on a foundation |
How they learn it: by playing
With Periodic Mole your kid learns the periodic table by playing games, and we built the games so the chemistry isn't optional. In Bond Forge, your kid answers a chemistry question correctly to draw a bond, and we set the question at their level. With full access, we track their recall on all 118 elements, sort each into Coming up, Learning, or Mastered, and graduate an element once it is genuinely mastered. They watch the table fill in as they go, which is why they come back.
A few of the games: Pt Paddle, a paddle game where the paddle grows when they answer right; Bond Forge, where you answer a question to draw a bond and close boxes to score; Molecule Hunter and Capture the Nucleus, deduction and tactics games where your kid answers chemistry questions to probe and attack. They can play all of them against our lovable robot Cobalt, and Bond Forge and Pt Paddle head-to-head with a friend, which is the easiest way to turn ten minutes into thirty.
Acid Boy & Base Girl has laboratory puzzles about pH and neutralization. The first two missions are free to play solo, switching between the two heroes; co-op with a friend needs a signed-in host.
You can use two more free starting points without signing up: the interactive periodic table for the symbols and names, and a plain-English explainer of the mole, the concept past the table that students famously stumble on, taught with a carton of eggs.
Try it free. Bond Forge is free to play with a starter set of elements, no account needed. Full access is $59 for a year: every game and all 118 elements, with progress saved. No subscription.
FAQ
When should my kid start to be ready for chemistry in the fall? Any time over the summer is fine, because the method is short daily sessions, not a crash course. Even a few weeks of ten minutes a day before the first day of school is enough for your kid to have the core of the periodic table down.
What exactly should they learn before chemistry class? The periodic table first: element symbols, names, and the common ions. That's the foundation students need on day one, and it's the highest-leverage thing to have automatic before the first day of class.
Is this just screen time in disguise? It's screen time with a job. In Bond Forge and Molecule Hunter, your kid answers a chemistry question we set at their level, before drawing a bond or firing a probe, so the playing is the learning, not a break from it.
My kid isn't behind. Is a head start still worth it? Yes. A head start means walking in with the foundation already solid, so class is about understanding chemistry instead of memorizing vocabulary under pressure.
Related
- Master the Periodic Table, Earn Real Money
- Periodic Table Games: What to Play
- How to Memorize the Periodic Table Fast
- How to Study Chemistry With Friends
- Is High School Chemistry Hard?
Sources
- Roediger, H. L., and Karpicke, J. D. (2006). Test-enhanced learning. Psychological Science.
- Cepeda, N. J., et al. (2006). Distributed practice in verbal recall tasks: A review and quantitative synthesis. Psychological Bulletin.