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An AI chatbot can draft a practice sheet for your seven- or nine-year-old in seconds. The catch: the draft can contain wrong answers, untaught topics or word problems that make no sense. The fix: you write the prompt, you check every answer, and you tie each question to the chapter your child is doing at school.
Why are practice sheets worth making?
Answering questions from memory is one of the best-supported ways to learn. A 2013 review of ten study techniques in Psychological Science in the Public Interest rated practice testing as high utility because it benefits “learners of different ages and abilities” (Dunlosky and colleagues, 2013). For a primary child, a short sheet of questions on this week's chapter is exactly that kind of practice. Whether it also helps on unfamiliar questions is covered in our look at a meta-analysis on practice tests and new questions.
Should my child use the chatbot, or should I?
You should. UNESCO's Guidance for generative AI in education and research says the minimum age for independent conversations with generative AI platforms “should be thirteen years of age” (full text of the guidance). The same 2023 guidance noted that ChatGPT's terms of use then required users to be at least 13, with a parent's or guardian's permission for anyone under 18.
So for a primary child, the AI stays on your device and the worksheet arrives on paper. For older children, see our parent's guide to children using ChatGPT for homework.
How do I match an AI worksheet to my child's syllabus?
Start from the school, not the AI. Ask the teacher which chapter is being taught this week, or copy the chapter title and exercise headings from the textbook. Paste them into your prompt so the AI cannot wander ahead.
Here is a worked example for a Class 3 child learning to share things equally. Write the prompt in five parts:
Context: “My child is in Class 3 in India. This week the class is doing a chapter on sharing things equally and making equal groups. Numbers go up to 50.”
Task: “Make a practice sheet with 8 questions: 3 plain sums, 3 short word problems and 2 that ask the child to draw the groups.”
Limits: “Every answer must be a whole number with nothing left over. Use simple English an 8-year-old can read alone, Indian names, and everyday things such as laddoos, pencils or rupees.”
Output: “Put the answer key on a separate page and show the working for each answer.”
Honesty check: “List any question where you are unsure of the answer.”
Change the class, chapter and number range to fit your child. Keep it to ten questions or fewer; a short sheet finished well beats a long one abandoned halfway.
How do I check every answer before my child sees it?
Treat the answer key as a draft. The same UNESCO guidance warns that a chatbot “can, and often does, generate incorrect statements”. Convincing AI material that contains errors, it adds, poses “a high risk for young learners who do not have solid prior knowledge of the topic in question” (UNESCO guidance, full text). Your child cannot catch the mistake. You can.
Solve each question yourself on rough paper before you look at the key.
Compare. Where you and the key disagree, work it out again slowly or with a calculator.
Read each word problem aloud. Does the story make sense, and does it match the sum it is meant to test?
Hold the sheet next to the textbook chapter. Has the class been taught everything each question needs?
Cross out or rewrite anything that fails. If you ask the AI to fix it, check the new version the same way.
In the example above, a slip to watch for is a question like “Share 20 pencils equally among 3 children”, which breaks the nothing-left-over rule. Solving it yourself catches it at once. For why chatbots stumble on arithmetic in the first place, read why AI chatbots get maths wrong, and a five-step way to check.
What should the finished worksheet look like?
Before you print, run through this checklist:
One chapter per sheet, named at the top so your child knows what it is practising.
An easy question first and last, so the sheet starts and ends with a win.
At least one word problem and one “show how you know” question.
Words your child can read without help.
Space under each question for working.
Your corrected answer key, kept away from the sheet until marking time.
When you mark it together, ask “How did you get that?” before saying whether it is right.
If a topic on the sheet is one you have forgotten how to explain, the Fermi Concept Library has its own lesson for every concept in mathematics, so you can refresh it before you sit down together.
Your next step: pick this week's chapter, write the five-part prompt, and solve the sheet yourself tonight before it goes on the table tomorrow.
