Session 10 of 16 โ AI Explorer
Use AI as a maths tutor โ never for the answers.
Ask: "What is the hardest type of maths problem you face at school right now? Not the answer โ just the type of problem."
"Let's use AI to understand why this type of problem works the way it does. Not to solve it โ to understand it."
Same rule as the homework session: AI explains, you understand, you do the work.
Read together. Ask: does this make the concept clearer? What is still confusing?
Key question after reading: Can you now do a new problem of this type yourself? Try one together โ without AI. If they can, the session worked.
Your child attempts these independently. No AI for the attempts. Check answers together afterwards โ using AI only to verify, not to solve.
AI solves it immediately. Ask: If you submitted this answer โ what would you have learned? Nothing. What did you understand at the end of today's session? Something real. The contrast makes the rule concrete.
Today proved the maths version of this rule. AI can solve any problem in seconds โ and that solves nothing for the person learning. The struggle of working through a problem is where the learning happens. AI removing that struggle removes the learning.
Used AI to understand maths โ and solved the practice problems yourself
Mathematical AI literacy โ the distinction between understanding and answer-getting. The three practice problems are the proof of learning.
Some children find the no-answers rule deeply frustrating in a maths context. Hold firm. If they genuinely cannot do the practice problems โ use AI to explain the concept again, not to solve the problem.
The maths homework rule is worth making explicit at home: AI can help understand, never solve. This applies to every subject, but maths is where children are most tempted to take shortcuts.