Most lessons teach students to use a chatbot or to avoid one. Five complete days on how it actually works: a rule a person wrote versus a pattern a machine found, what the training examples decide, how a chatbot writes one piece at a time, what it can't do and why, and how to test one yourself. The lessons run on paper, and the online games are optional.
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Short browser games that practice each day's lesson with new examples. Students play on a computer or tablet, with no account and nothing to install. Use one with the lesson or instead of the paper activity.
Most lessons about artificial intelligence teach students how to use a chatbot or tell them not to. This one teaches what the chatbot actually does. Day 1 splits the word in two: one kind of machine follows rules a person wrote, and the other found patterns in examples that nobody wrote down. Students already use both every day. Day 2 is about those examples. Every pile of them is finite, comes from the past and was chosen by people, and when a model fails, students name the gap in the examples instead of a fault in the machine.
Day 3 shows how a chatbot writes: one piece at a time, each one a likely next piece. That is why the writing sounds fluent even when it's wrong, and why the same question can get a different answer the next time. Day 4 works out what it can't do from how it is built. The part that writes doesn't check its answer against the world, and how sure it sounds is a style, not a measure. Day 5 hands students a test they can run themselves: write the standard first, aim at a limit, predict, run it more than once and report what they found.
No student opens a chatbot. Every chatbot answer in the unit is printed on the page and was written for it. Everything follows the same open-and-teach folders as the rest of the line: 00 Start Here / 01 Present / 02 Student Handouts / 03 Scenarios / 04 Activities / 05 Assessment / 06 Answer Keys, and every student page uses short, complete sentences.
Westbrook Middle School built a model to sort photos of lost property into four bins. A student club took 400 photos over two weeks in September, every one on the same gray table by the window in the afternoon, and the model got 46 of 50 test photos right. By January it calls winter coats “other,” does better in the afternoon than first thing in the morning, and has never used the headphones bin for the wireless kind. Students explain what went wrong from the examples the model was shown, then judge the club's plan to take twice as many of the same photos. Two pages, three questions and 6 points, with a key that gives what to look for, a model response and what to accept or reject.
One slide or page from four real files in the download, exactly as they appear.
Ten to twelve slides a day, low text, with the icons and layouts built as real shapes rather than flat images. Recolor them to match your room, or delete any of them. Every deck also comes as Google Slides.
Two pages per day, following the slides in order, with that day's terms in a word bank on the page. Editable Word and print-ready PDF, and every one has a complete key.
Two long-form cases, two pages each. Every school, club and chatbot in them is invented. Students explain a failure from the examples a model was shown, not from a fault in the machine.
Four made-up machines print on the sheet. For each one, students try to write the rule it follows, starting with If. When they can't, they write what stopped them, and that is the point: two of the four learned from examples, and nobody wrote their rule down.
Most lessons teach students to use a chatbot or to avoid one. This one teaches how it works: a rule a person wrote, a pattern found in examples, and a sentence built one likely piece at a time.
Students don't memorize a list of what a chatbot can't do. They name the part it would need, and the limit explains itself. Day 5 gives them a test they can run on a chatbot nobody has explained to them.
Every written question ships with what to look for, a model response, and what to accept or reject. Every activity item has a sample answer and a rule for the point.
No student opens a chatbot, makes an account or types a prompt. Every person, school and chatbot is invented, and no student page names a real company, product or model.
Each one practices a day's idea with new examples, in the browser on a computer or tablet, with no account. Use one with the lesson or instead of that day's paper activity.
Print-ready PDFs, every deck in PowerPoint and Google Slides™, and six self-grading Google Forms™ for the quiz and all five exit tickets.
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Leave a reviewInstant download right after checkout. You get editable PowerPoint and Word, print-ready PDF of everything, and the copy links for the six self-grading Google Forms™ and the five Google Slides™ decks.
No. The READ FIRST guide says you don't need any tech background to teach it. Each slide's speaker notes say what to point to and what to say, the pacing guide gives every day minute by minute, and every page has a key.
No. No activity asks a student to open a real chatbot, sign up for anything or type a prompt into a live product. Every chatbot answer in the unit was written for it and prints on the page, and no student page names a real company, product or model. The only web addresses printed are the Google Forms and Google Slides copy links and the online games' short links.
Neither. The unit never says a chatbot thinks, knows, understands, wants or feels, and it never calls one useless. Day 4 teaches what a chatbot is good at, like drafting, rephrasing and sorting, and that it is weak at anything that has to be checked.
On this site, at /activities/ai/how-it-works. The unit has ten, about 5 to 14 minutes each: Monster Club, One Morning and Robot Repair Shop on Day 1; Blind Spot Hunter and Pet Detector on Day 2; Polly's Word Jar and Spin the Sentence on Day 3; Trust or Check? on Day 4; and Break the Bot and Tech Fair Judge on Day 5. Each game's short link prints on its day's activity sheet and at the top of its answer key, and the teacher guide lists all ten with a question to ask afterward. They play in the browser on a computer or tablet, with no account, and they aren't made for phones. Use a game in addition to the lesson or instead of that day's paper activity. If a game replaces the activity, grade that day by its exit ticket.
It sits after the five lessons, not inside them. The quiz is about 25 minutes and all five periods are full lessons, so run it in class on Day 6 or set it as a take-home with the self-grading Google Form. Either way you already have a grade for every student from the five exit tickets.
Teach Days 1, 3 and 4. Day 1 separates a rule somebody wrote from a pattern a machine found, Day 3 explains how a chatbot writes something new, and Day 4 turns that into a way of judging any claim about what it can do. Days 2 and 5 go deeper, and neither is needed to understand the other three.
The Skills Map pairs each day with codes from the high school Artificial Intelligence specialty of the 2026 CSTA computer science standards (S1-AIN-DD-01, S1-AIN-DS-07, S1-AIN-DD-02, S1-AIN-DD-04, S1-AIN-HR-09 and S1-AIN-DD-05) and with Common Core reading standards for technical subjects: RST.9-10.3, RST.9-10.4 and RST.9-10.8, with the 11-12 equivalents. Every code was checked against its official wording, and page 2 has a blank table and a ready-to-paste prompt for your own state's standards.
Yes. The Artificial Intelligence Unit Bundle holds this unit and five more — 25 teaching days and 254 files in one download, for less than buying them one at a time.